izr.prof.dr. Mihael PERMAN
Lectures
Exercises
120
60
Contents of lectures
Seminar
h/ure
1001 Matematics 1
1. Vectors
1.1 Definitions and examples.
1.2 Operations with vectors.
1.3 Scalar product, vector product,
triple product.
1.4 Equation of the plane and the
straight line in space.
2. Sets and numbers
2.1 Elementary definitions.
2.2 Real numbers.
2.3 Complex numbers.
3. Limits and continuity
3.1 Overview of elementary functions.
3.2 Limits of sequences.
3.3 Limits of functions, left and right
limits..
3.4 Continuity.
4. Derivatives
4.1 Definition, derivatives of
elementary functions, rules.
4.2 Chain rule, derivative of the
inverse function.
4.3 Mean value theorems, L'Hospital
rule.
4.4 Extrema of functions.
4.5 Higher derivatives, Taylor's
formula.
5. Integrals
5.1 Definitions.
5.2 Newton-Leibniz formula.
5.3 Integration by parts.
5.4 Change of variable.
5.5 Improper integrals.
5.6 Application of the integral
5.7 Elementary differential equations.
6. Functions of several variables
6.1 Elementary definitions, partial
derivatives.
6.2 Chain rule.
6.3 Extrema of functions of several
variables, extrema with side
conditions.
6.4 Implicit function theorem.
Predavanja
120
Vsebina predavanj
Vaje
60
1. UN
Seminar
-
1001 Matematika 1
16
8
16
20
36
24
1. Vektorji v prostoru
1.1 Pojem vektorja.
1.2 Računanje z vektorji.
1.3 Skalarni, vektorski in mešani
produkt.
1.4 Enačbi ravnine in premice v
prostoru.
2. Množice in števila
2.1 Osnovni pojmi o množicah.
2.2 Realna števila.
2.3 Kompleksna števila.
3. Limite in zveznost
3.1 Pregled elementarnih funkcij.
3.2 Limita zaporedja.
3.3 Limite funkcij, leva in desna
limita.
3.4 Zveznost funkcij.
4. Odvod funkcije
4.1 Definicija odvoda in pravila za
odvajanje, odvodi elementarnih
funkcij.
4.2 Odvod sestavljene funkcije, odvod
inverzne funkcije.
4.3 Izreki o srednji vrednosti,
L'Hospitalovi pravili.
4.4 Ekstremi funkcij.
4.5 Višji odvodi, Taylorjev polinom.
5. Integral funkcije
5.1 Definicija integrala.
5.2 Newton-Leibnizova formula.
5.3 Integracija per partes.
5.4 Uvedba nove spremenljivke.
5.5 Izlimitirani integral.
5.6 Uporaba integrala.
5.7 Elementarne diferencialne enačbe.
6. Funkcije več spremenljivk
6.1 Osnovni pojmi, parcialni odvodi.
6.2 Odvajanje sestavljenih funkcij.
6.3 Ekstremi funkcij več spremenljivk,
vezani ekstremi.
6.4 Izrek o implicitni funkciji.
prof.dr. Janez MOŽINA
Lectures
Exercises
75
75
Contents of lectures
Seminar
h/ure
1002 Physics
Introduction: measurement in physics, units,
natural laws, measurement uncertainty.
Mechanics: Description of motion, Newton’s
laws, types of forces, relative motion.
Momentum and impulse, angular momentum
and torque. System of particles and object,
rotation of a rigid object.
Work and energy, conservation of mechanical
energy.
Deformation, Hooke’s law, compressibility and
Boyle’s law.
Liquids, surface tension, pressure in liquids,
motion of liquids and laws of resistance.
Thermodynamics: Thermal expansion and
definition of temperature, gas law. Heat and
internal energy, first law of thermodynamics,
specific heat, adiabatic changes. Phase diagram,
surface of thermodynamic equilibrium states.
Reversible and irreversible changes, efficiency
of heat engines, entropy and second law of
thermodynamics. Molecular structure of an
ideal gas and specific heat.
Electricity and magnetism: Electric field:
charge and Coulomb’s law, electric field,
potential and voltage, energy of electric field,
matter in electric field and dielectrics, capacity.
Electric current: power, current in metals and
Ohm’c law, current in electrolytes and
Faraday’s law, unit charge, gas discharge,
cathode-ray tube and transport of charge in
vacuum.
Magnetic field: magnetic field and magnetic
field strength, magnetic field of a currentcarrying wire, magnetic flux ind inductivity,
matter in magnetic field.
Magnetic induction: motion of a conducting
wire, changing of field in a solenoid, Lenz’s
law, energy of magnetic field, alternating
current and transformer. Transient effects in
electrical circuits.
Vibration and waves. Harmonic mechanical
motion, energy of vibration, damped and forced
vibrations, electrical oscillator circuit.
Mechanical waves: speed of a longitudinal and
transverse disturbance, sound.
Electromatgnetic waves. Transport of energy by
waves, wave spectrum. Interface phenomena:
interference, refraction and reflection, Doppler
effect.
Predavanja
75
Vsebina predavanj
Vaje
75
1. UN
Seminar
-
1002 Fizika
2
6
4
2
4
8
4
4
Uvod: merjenje v fiziki, enote, naravni zakoni,
napake pri merjenjih.
Mehanika: Opis gibanja. Newtonovi zakoni,
razne vrste sil, relativno gibanje. Gibalna
količina in sunek sile, vrtilna količina in vrtilni
moment. Sistem masnih točk in telo, rotacija
togega telesa.
Delo in energija, izrek o ohranitvi mehanske
energije.
Deformacija teles, Hookov zakon, stisljivost in
Boylov zakon.
Tekočine, površinska napetost, tlak v tekočinah,
gibanje tekočin in zakoni upora.
Termodinamika: Raztezanje snovi in definicija
temperature, splošni plinski zakon. Toplota in
notranja energija, prvi zakon termodinamike,
specifična toplota, adiabatne spremembe. Fazni
diagram, ploskev termodinamskih ravnovesnih
stanj. Obrnljive in neobrnljive spremembe,
izkoristek toplotnih strojev, entropija in drugi
zakon termodinamike. Molekularna zgradba
idealnih plinov in specifična toplota.
Elektrika in magnetizem: Električno polje:
naboj in Coulombov zakon, poljska jakost,
potencial in napetost, energija polja, snov v
polju in dielektričnost, kapacitivnost.
Električni tok: moč toka, tok v kovinah in
Ohmov zakon, tok v elektrolitih in Faradayev
zakon, elementarni naboj, razelektrenje v plinih,
katodna cev in prenos naboja v vakuumu.
4
Magnetno polje: poljska gostota in jakost, polje
tokovodnikov,magnetni pretok in induktivnost,
snov v polju.
4
Magnetna indukcija: premikanje tokovodnika,
spreminjanje polja v tuljavi, Lenzovo pravilo,
energija polja, izmenična napetost in
transformator. Prehodni pojavi v tokokrogih.
4
Nihanja in valovanja. Harmonična nihanja
mehanskih nihal, energija nihal, dušeno in
vsiljeno nihanje, električni nihajni krog.
Mehanska valovanja: hitrost longitudinalne in
transverzalne motnje, zvok.
Elektromagnetna valovanja. Prenos energije z
valovanji, spekter valovanj. Pojavi na prehodih:
interferenca, lom, odboj, Dopplerjev pojav.
3
3
Optics: speed of light, interface phenomena,
interference and polarization.
Geometrical optics: images and instruments,
black body radiation. Illuminance, luminous
emittance, luminous flux, light absorption.
Basic principles of relativity: Galileo and
Lorenz transformation. Relativistic mass and
energy equivalent.
Basic principles of quantum mechanics:
photoelectric effect and photon. Material
waves.
Basic principles of atomics: Mass spectrograph
and corpuscular picture of matter. Bohr’s model
of H atom. Roentgen’s rays and crystal
structure. Structure of atomic nucleus, isotopes,
binding energy and mass defect. Nuclear
reactions and reactor. Fundamental particles.
Modeling of natural laws: empirical and
analytical approach, automatic modeling and
neural networks.
4
4
4
4
5
2
Optika: Hitrost svetlobe, pojavi na mejah snovi,
interferenca in polarizacija.
Geometrijska optika: preslikave in instrumenti;
Sevanje segretih teles. Osvetljenost, svetilnost,
svetlost, absorbcija svetlobe.
Osnove relativnostne mehanike: Galilejeva in
Lorenzova transformacija. Relativistična masa
in ekvivalent energije.
Osnove kvantne mehanike: Fotoefekt in pojem
fotona. Materialni valovi.
Osnove atomike: Masni spektograf in
korpuskularna slika snovi. Bohrov model H
atoma. Rentgenski žarki in struktura kristalov.
Zgradba jedra, izotopi, vezavna energija in
masni defekt. Jedrske reakcije in reaktor.
Osnovni delci.
Modeliranje naravnih zakonov: Empirični in
analitični pristop, avtomatsko modeliranje in
nevronske mreže
doc.dr. Marjan JENKO
Lectures
Exercises
45
15
Contents of lectures
Seminar
h/ure
1003 Electrical Engineering
Predavanja
45
Vsebina predavanj
Vaje
15
1. UN
Seminar
-
1003 Elektrotehnika
Evolution of the professional field.
Electrical properties of materials, electrical
conductance in solids, fluids and gases. Effects
of electrical current.
Electrical and magnetic phenomena. Electrical
properties of materials.
Components of electrical circuits.
DC circuits, assumptions and governing laws,
solution methods. Transients at turning sources
on and off, time constants.
2
2
AC voltage, sine voltage, true and appearant
current, power (true, reactive, apparant), RMS
and mean value of voltage and current.
Circuits with sine sources, phasors, impedance.
Frequency response, resonance, filters.
5
Rectifiers, DC/AC circuits, diodes, regulation
of voltage and current.
Three-phase and multi-phase systems.
Foundations of electrical machines.
Active elements and circuits, transistors,
thyristors, and others, stabilizers and regulators
for voltage, current and power.
Measurements, transducers of electrical and
non-electrical variables, bridges, counters,
measurement instruments, instrumentation.
Protection, electromedicine, regulations.
Installations, illumination.
Electrochemistry, galvanic sources,
accumulators, fuel cells.
1
1
4
5
6
5
1
2
5
2
1
1
2
Pregled razvoja.
Električne lastnosti materialov, prevajanje
električnega toka v trdnih snoveh, tekočinah,
plinih, učinki električnega toka.
Električni in magnetni pojavi, lastnosti
materialov.
Elementi električnih vezij.
Vezja z enosmernimi viri, predpostavke in
osnovni zakoni, postopki reševanja. Prehodni
pojavi ob vklopu in izklopu virov, časovne
konstatnte.
Izmenične napetosti, sinusna napetost, delovni
in jalovi tok, moč (navidezna, delovna, jalova),
efektivna in srednja vrednost napetosti in toka.
Vezje s sinusnim virom, kazalci, impedance.
Frekvenčna odvisnost vezij, resonančni pojavi,
filtri.
Usmerniki in razsmerniki, diode, stabilizacija
napetosti in toka.
Trifazni in večfazni sistemi.
Osnove električnih strojev in naprav.
Aktivni elementi in vezja, tranzistorji, tiristorji
in drugi, stabilizatorji in krmilniki napetosti,
toka in moči.
Meritve, pretvorniki električnih in neelektričnih
veličin, mostički, števci, merilni instrumenti,
instrumentacija.
Zaščita, elektromedicina, predpisi.
Instalacije, razsvetljava.
Elektrokemija, galvanski členi, akumulatorji,
gorivne celice.
izr.prof.dr. Iztok TUREL
Lectures
Exercises
30
15
Contents of lectures
Seminar
h/ure
1004 Chemistry
Atoms and molecules. Basic chemical laws.
Quantitative meaning of symbols, formulae and
equations. Chemical calculations.
Ideal and real gases.
Changes of matter and energy. Internal energy
and enthalpy.
Atomic structure. Older models of atom,
quantum mechanical model of hydrogen atom,
interpretation of heavier atoms structure.
Periodic table, periodic physical properties of
elements.
Structure of molecules and chemical bond.
Basic principles of valence bond theory.
Solid state basics and the structure of crystals.
Basic concepts of crystallography. Ionic bond
and ionic crystals; coordination number, lattice
energy. Metals crystal structure.
Solutions. The processes involved in solubility.
Properties of solutions. Definitions of
concentrations.
Electrolytic dissociation. Weak and strong
electrolytes.
Acids and bases; ionic product, pH.
Colloidal systems.
Chemical equilibrium.
Redox processes and electrochemistry.
Oxidation and reduction. Galvanic cells.
Electrochemical series. Electrolysis.
Review of chemical properties of main group
elements. Review of chemical properties of
transition elements.
Introduction to organic chemistry. Fuels,
lubricants, glues and lacquers. Natural and
artifical polymeric compounds and fibers.
Predavanja
30
Vsebina predavanj
Vaje
15
1. UN
Seminar
-
1004 Kemija
2
2
2
2
2
2
2
2
2
2
2
2
4
2
Atomi in molekule. Osnovni kemijski zakoni.
Kvantitativni pomen simbolov, formul in enačb.
Kemijsko računanje.
Idealni in realni plini.
Snovne spremembe in energija. Notranja
energija in entalpija.
Zgradba atomov. Starejši modeli zgradbe
atoma, valovnomehanski model vodikovega
atoma in interpretacija zgradbe težjih atomov.
Periodni sistem, periodične fizikalne lastnosti
elementov.
Struktura molekul in kemijska vez. Osnovni
principi teorije valenčne vezi.
Kondenzirano stanje snovi in zgradba kristalov.
Osnovni koncepti kristalografije. Ionska vez in
ionski kristali; koordinacijsko število, mrežna
energija. Kovinski kristali.
Raztopine. Procesi raztapljanja. Lastnosti
raztopin. Koncentracija raztopin.
Elektrolitska disociacija. Šibki in močni
elektroliti.
Kisline in baze; ionski produkt, pH.
Koloidne raztopine.
Kemijsko ravnotežje.
Redoks procesi in elektrokemija. Oksidacija in
redukcija. Galvanski členi. Elektrokemijska
napetostna vrsta. Elektroliza.
Pregled kemije elementov glavnih skupin
periodnega sistema. Pregled kemije elementov
prehoda.
Uvod v organsko kemijo. Goriva, maziva,
lepila, laki. Naravne in umetne polimerne snovi
in vlakna.
prof.dr. Igor EMRI
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
1. UN
Seminar
-
1005 Statics and Kinematics
1005 Statika in kinematika
Statics:
1. Introduction: Axioms and laws of mechanics.
Basics of vector algebra.
2. Loadings, reaction forces and supports for
two-dimensional structures. Concurrent
coplanar force systems: equilibrium of force
systems, the resultant of concurrent forces,
component summation method, resolution of a
force into components.
Statika:
1. Uvod: Aksiomi in zakoni mehanike. Osnove
vektorskega računa.
2. Obremenitve, reakcije in podpore
konstrukcij. Sistemi sil s skupnim
prijemališčem: ravnotežje, sestavljanje in
razstavljanje sil v ravnini in prostoru.
3
4
3. Definition of moment. Equilibrium nonconcurrent and non-parallel systems. The
resultants of forces and moments in 2D and 3D
spaces.
3
3. Definicija momenta. Ravnotežje obremenitev
na togih telesih. Sestavljanje in razstavljanje sil
in momentov v ravnini in prostoru.
4. Center of gravity and moments of inertia.
Centroid, location of center of gravity.
Theorems of Pappus and Guldinus.
3
4. Težišča in momenti prvega reda. Masno
središče, geometrijska središča. PappusGuldinovi pravili.
5. Statics of structural elements: definition of
elements and their fundamental properties,
determination of internal forces and moments.
3
5. Statika konstrukcijskih elementov: definicije
elementov in njihovih osnovnih lastnosti,
določitev notranjih veličin.
6. Straight and non-straight beams (2D and 3D).
4
7. Curved beams. Superposition principle.
3
8. Trusses and mixed mechanical systems.
9. Cables: concentrated and distributed loading.
10. Friction: sliding friction, rolling friction,
belt friction.
Kinematics:
11. Kinematics of particle: coordinate systems,
description and types of motions, velocity and
acceleration, plane motion, polar coordinate
system, rotation of particle, harmonic motion of
particle.
12. Kinematics of rigid body: degrees of
freedom of a rigid body in space, instantaneous
motion and types of motion, plane motion.
3
2
3
13. General motion of rigid body. Relative and
absolute motions.
14. Conclusions.
4
6. Ravni in lomljeni nosilci v ravnini in
prostoru.
7. Ukrivljeni nosilci v ravnini in prostoru.
Princip superpozicije.
8. Paličja in mešani sistemi.
9. Vrvi: točkovno in zvezno obremenjene.
10. Trenje: drsno trenje, kotalno trenje, trenje
gibkih elementov.
Kinematika:
11. Kinematika točke: koordinatni sistemi,
opisovanje in delitev gibanj, hitrost in pospešek,
ravninsko gibanje točke, polarne koordinate,
kroženje točke, harmonično gibanje,
premočrtno gibanje točke.
12. Kinematika togega telesa: prostostne
stopnje togega telesa in osnovni premiki,
trenutno gibalno stanje in popis vrste gibanj,
Ravninsko gibanje togega telesa.
13. Splošno gibanje togega telesa. Sestavljeno
gibanje: sistemsko, relativno, absolutno gibanje.
14. Povzetek.
4
4
2
prof.dr. Ivan PREBIL
Lectures
Exercises
30
45
Contents of lectures
Seminar
h/ure
Vaje
45
1. UN
Seminar
-
1006 Tehniška dokumentacija
1006 Technical Documentation
Descriptive geometry: projecting and projection
methods, projection planes, exact shapes and
sizes, rotation, colineation and affinity,
intersections, nets, differences.
Technical design documentation: design
process procedures, structure of technical
design documentation, design documentation as
a basis for corporate documentation,
typification in construction design
documentation, modular systems, classification
systems, standardization, general guidelines for
documentation creation (SIST, ISO, DIN, EN),
international unification of construction design
documentation.
Technical drawing in accordance with SIST
ISO standards.
Computer-assisted drawing: state-of-the-art
technology and reasons for using CAD,
technical design documentation management
systems in the CAD process, display options,
communications techniques, effect of CAD on
technical design documentation.
Predavanja
30
Vsebina predavanj
8
4
14
4
Opisna geometrija: projiciranje in načini
projiciranja, projekcijske ravnine, prave oblike
in velikosti, vrtenje, kolineacija in afiniteta,
preseki, mreže, predori.
Konstrukcijska dokumentacija: postopki v
konstrukcijskem procesu, zgradba
konstrukcijske dokumentacije, konstrukcijska
dokumentacija kot osnova podjetniške
dokumentacije, tipiziranje v konstrukcijski
dokumentaciji, modulni sistemi, klasifikacijski
sistemi, standardizacija, splošna pravila za
izdelavo dokumentacije (SIST, ISO, DIN, EN),
mednarodna unifikacija konstrukcijske
dokumentacije.
Pravila tehničnega risanja po SIT ISO
standardih.
Računalniško podprto risanje: stanje tehnologije
in razlogi za uporabo CAD, sistemi vodenja
tehnične dokumentacije v CAD procesu, oblike
prikazovanja, tehnike komuniciranja, vpliv
CAD na konstrukcijsko dokumentacijo.
prof.dr. Janez GRUM
Lectures
Exercises
60
30
Contents of lectures
Seminar
h/ure
1007 Materials Science
Predavanja
60
Vsebina predavanj
Vaje
30
1. UN
Seminar
-
1007 Gradiva
Solid material structure: atomic bonds,
microstructure grains, crystal lattice properties.
Metallography basics: melt solidification,
cooling curves, basic alloy state diagrams, light
microscopy.
Mechanical material properties: hardness and
strength testing, impact toughness testing, static
and dynamic material strength, influences on
material properties.
Basics of heat treatment: technical iron, FeFe3C diagram, microstructure in dependence on
cooling rates, annealing, quenching and
tempering of steels, thermo-chemical heat
treating processes, influence of heat treatment
on mechanical properties.
6
Iron alloys: structural steels, structural steels for
heat treatment, special structural steel, steel
properties after different heat treating methods.
6
Casting: types of mold making, casting
methods, casting of steel, gray iron and nodular
iron, casting of non ferrous alloys, special
casting methods, defects in castings, demands
in design of castings.
6
Non-ferrous alloys: aluminium, copper and
nickel alloys, heat treatment of non-ferrous
alloys.
6
Neželezne zlitine: aluminijeve, bakrove,
nikljeve zlitine, toplotna obdelava neželeznih
zlitin.
Sintering: production and preparation of metal
powders, pressing and sintering, selection of
sintering technology based on product
properties, selection of sintering materials and
semi-products.
6
Sintranje: pridobivanje in priprava kovinskega
prahu, prešanje in sintranje, izbira tehnologije
sintranja glede na lastnosti izdelkov, izbira
sintranih materialov in polizdelkov.
Forming of semi-finished products: theory of
plastic forming processes, rolling, drawing,
extrusion, tubes production, state and properties
of steel semi-products, selection of semifinished product type.
Polymer and composite materials: properties,
type of polymers, applicability of polymers,
processing of polymers, metal- reinforced
composites: types and applications, glassreinforced composites, ceramics- reinforced
composites.
Glass and ceramics: types, mechanical, physical
and chemical properties of glasses and
ceramics, procedures of making a product, use.
4
Preoblikovanje polizdelkov: teorija
preoblikovanja, valjanje, vlečenje, iztiskavanje,
izdelava cevi, stanje in lastnosti jeklarskih
polizdelkov, izbira vrste polizdelka.
4
Polimerna in kompozitna gradiva: lastnosti
polimerov, vrste in uporabnost polimerov,
postopki predelave polimerov, pregled in
uporaba polimerov ojačanih s kovinami,
polimernimi steklenimi in keramičnimi
sestavinami.
Steklo in keramika: vrste stekel in keramike,
mehanske in fizikalno-kemične lastnosti stekel
in keramike, postopki oblikovanja izdelkov,
uporaba keramičnih materialov.
6
8
4
Zgradba trdnih snovi: medatomske vezi,
kristalno zrno, lastnosti kristalne zgradbe.
Osnove metalografije: strjevanje taline,
ohlajevalne krivulje, osnovni diagrami stanja
zlitin, optična mikroskopija.
Mehanske lastnosti gradiv: preiskusti trdnosti in
trdote, preizkusi udarne žilavosti, trajna statična
in dinamična trdnost materiala, vplivi na
lastnosti materialov.
Osnove toplotne obdelave: tehnično železo,
diagram Fe-Fe3C, vplivi hitrosti ohlajanja na
nastanek struktur, postopki žarjenja, kaljenje in
poboljšanje jekel, kemotermični postopki
toplotne obdelave, vplivi toplotne obdelave na
mehanske lastnosti.
Železne zlitine: splošna konstrukcijska jekla,
konstrukcijska jekla za toplotno obdelavo,
posebna konstrukcijska jekla, lastnosti jekel
glede na različne načine toplotne obdelave.
Litje: postopki izdelave form, postopki litja,
litje jeklene, sive in nodularne litine, litje
neželeznih zlitin, posebni postopki litja, napake
v ulitkih, posebnosti pri konstruiranju ulitkov.
Corrosion and protection: Types of corrosion,
Rate of electro-chemical corrosion, Testing of
corrosion, Corrosion rate, Influence of
environment, Procedures for corrosion
protection.
4
Korozija in zaščita: pojavne oblike korozije,
hitrost elektrokemičnih reakcij, preizkušanje
korozije, korozijska hitrost, vplivi spremembe
okolja, pregled postopkov zaščite pred korozijo
prof.dr. Franc KOSEL
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1008 Strength of Materials
Predavanja
45
Vsebina predavanj
Vaje
30
1. UN
Seminar
-
1008 Trdnost
Geometrijske karakteristike prerezov. Statični
in vztrajnostni momenti, polarni in deviacijski
momenti, odpornostni moment, vztrajnostni
radij.
Definicija vektorja napetosti. Definicija
napetosti v masni točki. Ravninsko napetostno
stanje.
Specifične deformacije pri enoosnem in
ravninskim napetostnem stanju. Hook-ov
zakon. Določitev elastičnega in strižnega
modula.
Hook-ov zakon. Določitev elastičnega in
strižnega modula. Hook-ov potenčni zakon.
Nesestavljena napetostno-deformacijska stanja
enoosnih elementov.
Uklon. Razlika med uklonskimi in trdnostnimi
problemi. Eulerjev uklon in Tetmayerjev uklon.
Omega postopek. Uklon sestavljenih palic.
Dimenzioniranje uklonsko obremenjenih palic.
Geometrical properties of cross-sections. First
and second moments of inertia of a plane area,
polar moment of inertia and product of inertia,
section modulus, radius of gyration.
Stress states. Definition of a stress vector.
Definition of a stress in material point. Two
dimensional stress state.
Strain states. Definition of a displacement
vector. Strains in one-dimensional and twodimensional stress state.
8
Hooke’s law. Determination of elastic and shear
modulus. Hooke’s power law. Pure stress-strain
states of one-dimensional members.
4
Buckling. Difference between stability and
strength of materials. Euler’s and Tetmajer’s
buckling. Omega procedure. Buckling of
composed columns. Design of axially
compressed columns.
6
Yield criteria. Analysis of application of yield
criteria. Determination of shear allowable
stress.
3
Porušitvene hipoteze. Analiza uporabe
posameznih porušitvenih hipotez. Določitev
tangencialnih dopustnih napetosti.
Combining of stresses. Combining of normal
stresses. Combining of shear stresses.
Combining of normal and shear stresses. The
core of a cross-section.
6
Sestavljanje normalnih napetosti. Sestavljanje
tangencialnih napetosti. Sestavljanje normalnih
in tangencialnih napetosti. Jedro prereza.
Membrane theory of shells. Boiler equation.
Temperature stresses in one-dimensional
members.
Geometrical optimization and design.
Design of statically and dynamically loaded
members.
Computer aided design.
Introduction to statically indeterminate beams
and structures.
2
2
Membranska teorija lupin. Kotlovska enačba.
Temperaturne napetosti v enoosnih
konstrukcijskih elementih.
Geometrijska optimizacija in dimenzioniranje.
Dimenzioniranje statično in dinamično
obremenjenih konstrukcijskih elementov.
Računalniško podprto dimenzioniranje.
Uvod v reševanje statično nedoločenih nosilcev
in konstrukcij.
4
4
1
2
1
2
izr.prof.dr. Aleksej TURNŠEK
Lectures
Exercises
90
60
Contents of lectures
Seminar
h/ure
1020 Mathematics 2
Curves: introduction, limits, continuity, tangent
vector, arc length;
Functions of several variables: basic concepts,
limits and continuity, partial derivatives,
directional derivatives, gradient vectors and
tangent planes, differentiability, local extrema
and saddle points, constrained extrema, global
extrema, Taylor’s formula;
Vector functions: differentiability, chain rule,
surfaces:
Multiple integrals: double and triple integrals,
change of variables formula, cylindrical and
spherical coordinates, areas, masses, moments
and centers of mass;
Integration in vector fields: vector fields,
potential functions, curl, divergence, line
integrals, Green's theorem in the plane, surface
integrals, Stokes's theorem, Gauss's
(divergence) theorem;
Infinite series: integral, comparison, ratio and
root tests, alternating series, absolute and
conditional convergence, power series, Taylor
series, uniform convergence;
Fourier analysis: periodic functions,
trigonometric series, Fourier series, functions of
any period, even and odd functions, Fourirer
integrals, Fourier cosine and sine transforms,
Fourier transform, applications;
Laplace transform: Laplace transform, inverse
transform, linearity, transforms of derivatives
and integrals, s-shifting, t-shifting, unit step
function, Dirac’s delta function, differentiation
and integration of transforms, convolution,
applications;
Predavanja
90
Vsebina predavanj
Vaje
60
2. UN
Seminar
-
1020 Matematika 2
6
12
6
12
12
12
18
12
Krivulje: uvod, limite, zveznost, tangentni
vektor, dolžina loka;
Funkcije več spremenljivk: osnovni pojmi,
limita in zveznost, parcialni odvodi, smerni
odvod, gradient in tangentna ravnina,
odvedljivost, lokalni ekstrem in sedlo, vezani
ekstrem, globalni ekstrem, Taylorjeva formula;
Vektorske funkcije: odvedljivost, verižno
pravilo, ploskve;
Večkratni integrali: dvojni in trojni integral,
uvedba novih spremenljivk, cilindrične in
sferne koordinate, ploščine, mase, vztrajnostni
momenti, masna središča;
Integracija v vektorskih poljih: vektorska
polja, potencial, rotor, divergenca, krivuljni
integral, Greenov izrek v ravnini, ploskovni
integral, Stokesov izrek, Gaussov izrek;
Vrste: integralski, primerjalni, kvocientni in
korenski test, alternirajoče vrste, absolutna in
pogojna konvergenca, potenčne vrste,
Taylorjeva vrsta, enakomerna konvergenca;
Fourierova analiza: periodične funkcije,
trigonometrične vrste, Fourierove vrste,
funkcije s poljubno periodo, sode in lihe
funkcije, Fourierov integral, Fourierova sinusna
in kosinusna transformacija, Fourierova
transformacija, uporabe;
Laplaceova transformacija: Laplaceova
transformacija, inverzna transformacija,
linearnost, transformacija odvoda in integrala,
s-pomik, t-pomik, enotska stopničasta funkcija,
Diracova delta funkcija, odvajanje in
integriranje transformacije, konvolucija,
uporabe;
izr.prof.dr. Jože PETRIŠIČ
Lectures
Exercises
30
30
Contents of lectures
Seminar
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
2. UN
Seminar
-
1021 Numerične metode
1021 Numerical Methods
Introduction: Learning aims
Matlab program language: Algorithms. Flow
chartc constants, variables, functions and
expressions, Vectors and matrices, Computation
with matrices and related tools. Strings. Basic
input and output. Basic plotting and plotting
tools. Logical expressions and flow control.
User defined functions.
1
12
Numerical methods: Errors in numerical
Computation. Linear algebraic equations, basic
methods and tools. Interpolation, basic methods
and tools. Approximation, basic methods and
tools. Nonlinear algebraic equation, basic
methods and tools. System of nonlinear
algebraic equation, basic methods and tools.
Differentiation and integration, basic methods
and tools. Ordinary and partial differential
equations, basic methods and tools.
15
Matlab symbolic math toolbox: Symbolic
expressions, infinitesimal calculus, solving
equations, eigenvalues, ordinary differetial
equations.
2
Uvod: Namen in vsebina predmeta
Programski jezik Matlab:
Algoritmi. Diagram poteka. Konstante,
spremenljivke, funkcije in izrazi. Vektorji in
matrike, računanje z matrikami in ustrezna
orodja. Znakovne spremenljivke. Branje
podatkov in pisanje rezultatov. Enostavnejša
grafična predstavitev podatkov. Logični izrazi
in krmilni stavki. Uporabniške funkcije.
Numerične metode:
Izvori in širjenje napak pri numeričnem
računanju. Reševanje sistemov linearnih enačb,
osnovne metode in orodja. Interpolacija,
osnovne metode in orodja. Aproksimacija,
osnovne metode in orodja. Reševanje
nelinearne enačbe, osnovne metode in orodja.
Reševanje sistemov nelinearnih enačb, osnovne
metode in orodja. Odvajanje in integriranje,
osnovne metode in orodja. Navadne in
parcialne diferencialne enačbe, osnovne metode
in orodja.
Matlabova orodja za simbolično računanje:
Simbolični izrazi, infinitezimalni račun,
reševanje enačb, problem lastnih vrednosti,
navadne diferencialne enačbe.
prof.dr. Iztok ŽUN
Lectures
Exercises
60
30
Contents of lectures
Seminar
h/ure
1022 Thermodynamics
Introduction and Basic Concepts
The First Law of Thermodynamics
The Second Law of Thermodynamics
Thermodynamic Property Relations
Gas Power Cycles
Vapor and Combined Power Cycles
Refrigeration Cycles
Predavanja
60
Vsebina predavanj
Vaje
30
2. UN
Seminar
-
1022 Termodinamika
12
9
12
6
6
9
6
Uvod in osnovni koncepti
Prvi glavni zakon termodinamike.
Drugi glavni zakon termodinamike.
Razmerja termodinamskih lastnosti
Plinski delovni krožni procesi
Parni in kombinirani delovni krožni procesi
Hladilni krožni procesi
izr.prof.dr. Miha BOLTEŽAR
Lectures
Exercises
60
45
Contents of lectures
Seminar
h/ure
1023 Dynamics
Predavanja
60
Vsebina predavanj
Vaje
45
2. UN
Seminar
-
1023 Dinamika
Introduction: The aim of the course; difference
between systems and models; what is needed
from mathematics and kinematics
Dynamics of a mass point: Newton's laws;
d'Alembert principle; linear momentum;
angular momentum; impulse; kinetic and
potential energy; work; power; efficiency
Dynamics of a system of mass points: The
motion of the mass center; defnition and laws of
linear momentum, angular momentum about the
coordinate origin, about the mass center, about
the arbitrary point; work and energy; angular
momentum at rotation about the mass center
2
Dynamics of rigid body: Mass moments of
inertia, mass products of inertia, inertia tensor;
planar dynamics of rigid bodies: forces and
energies; rotation about fixed axis, mass
balancing: static and dynamic; rotation about a
fixed point
Impact: Oblique central impact, kinematic
conditions-velocities and energies
Analytical dynamics: Generalised coordinate,
variation of a coordinate, virtual displacement,
principle of virtual work, d'Alembert principle,
Lagrangian equations, Hamilton principle of
least action
Mechanical vibrations: Basic principles and
definitions
One degree of freedon systems: Free
vibrations: undamped and viscously damped
vibrations; Forced vibrations: harmonic
excitation, centrifugal excitation, motion of a
base, vibration transmissibility, passive vibroinsulation, torsional vibrations, critical speed of
Laval rotor, seizmic theory
Multi-degree of freedom systems: free and
forced vibrations of undamped systems, matrix
notation
12
5
8
3
10
2
14
4
Uvod: Namen predmeta, razliak mes sistemnom
ter modelom, kaj predmet potrebuje iz
matematike in kinematike
Dinamika masne točke: Newtonovi zakoni;
d'Alembertov princip; gibalna in vrtilna
količina; impulz; kinetična in potencialna
energija; delo; moč; izkoristek
Dinamika sistema masnih točk: Zakon o
gibanju težišča, definicija in zakoni o gibalni ter
vrtilni količini okoli koordinatnega izhodišča,
težišča ter okoli poljubne točke; delo in
energije; vrtilna količina pri rotaciji okoli
težišča v premičnem koordinatnem sistemu
Dinamika togega telesa: Masni vztrajnostni
momenti: osni in deviacijski, tenzor vzt.
momentov; gibanje v ravnini: sile ter energije;
vrtenje okoli stalne osi, masno uravnotežanje
togih rotorjev: statično in dinamično, vrtenje
okoli stalne točke
Trk: Premi centrični trk, hitrostne in energijske
razmere; zabijanje in kovanje
Analitična dinamika: Posplošena koordinata,
virtualni pomik, variacija koordinate, princip
virtualnega dela, D'Alembertov princip,
Lagrangeove enačbe, Hamiltonov princip
najmanjše akcije
Mehanska nihanja: Osnovni pojmi in
definicije
Nihanja sistemov z eno pr. stopnjo: Lastna
nedušena in viskozno dušena nihanja; vsiljena
nihanja s harmonično motnjo; centrifugalna
motnja, zaščita objekta pri nihanju podlage,
prenosnost vibroizolacije, torzijska nihanja,
kritična vrtilna hitrost Lavalovega rotorja,
seizmična teorija
Nihanja sistemov z več prostostnimi
stopnjami: lastna in vsiljena nihanja, matrični
zapis
prof.dr. Matija FAJDIGA / izr.prof.dr. Marko NAGODE
Lectures
Exercises
Seminar
75
75
Contents of lectures
h/ure
1024 Machine Elements 1
Predavanja
75
Vsebina predavanj
Vaje
75
2. UN
Seminar
-
1024 Strojni elementi 1
Development and production system, technical
system in terms of operation, maintenance,
regeneration and recycling.
Design and evaluation, basics of design,
evaluation criteria, functionality, dimensional
adequacy, safety, reliability, RMS values.
0.5
Damage, load-carrying capacity determination
and strength, deterministic and probabilistic
approach of dimensional adequacy
determination.
Inseparable joints:
 welded (4.5 hours)
 soldered (1 hours)
 adhesive (1 hours)
 riveted (2 hours).
Separable joints:
 fixing bolt (6 hours)
 fit bolt an driving screw (1 hour)
 pins (1 hour)
 bolts (1 hour)
 shaft-hub connections (2 hours)
Axles and shafts
Pressure vessels, pipes and shutoff elements:
 cylindrical (1 hour)
 flanges (1 hour)
 bottoms and covers (1 hour)
 washers (2 hours)
 bolted connections (1 hour)
 pipes and shutoff elements (3 hours)
Springs:
 steel (3 hours)
 rubber and pneumatic (2 hours).
Bearings:
 basics of friction, lubrication and cooling
(0.5 hour)
 plain and roller bearings (4.5 hours).
Transmission and transformation of rotational
movement, transformation parameters (gear
ratio, utilization ratio).
Couplings:
 principles (0.5 hours)
 rigid (1 hour)
 position aligning (1 hour)
 flexible (1 hour)
 switching conditions (0.5 hour)
 sprague couplings (0.5 hour)
 torque and speed of rotation limitations
3
3
8.5
11
5
9
5
5
2
7
Razvojni in izdelovalni tehniški sistem, tehniški
sistem obratovanja in vzdrževanja ter
regeneracije in reciklaže.
Nastajanje in ovrednotenje, rešitve, osnove
konstruiranja, kriteriji za vrednotenje,
funkcionalnost, dimenzijska primernost,
varnost, zanesljivost, RMS vrednosti.
Poškodba, napovedovanje in ugotavljanje
nosilnosti in zdržljivosti, postopek ugotavljanja
dimenzijske primernosti pri determiniranih in
naključnih obremenitvah.
Nerazstavljive zveze:
 varjene (4.5 ure)
 lotane (1 ura)
 lepljene (1 ura)
 kovični spoji (2 ure).
Razstavljive zveze:
 spenjalni (6 ur)
 prilagodni in gibalni vijak (1 ura)
 zatiči (1 ura)
 sorniki (1 ura)
 gredne vezi (2 ure).
Osi in gredi
Tlačne posode, cevovodi in zaporni elementi:
 valjaste (1 ura)
 prirobe (1 ura)
 dna in pokrovi (1 ura)
 tesnila (2 uri)
 spenjalni spoji (1 ura)
 cevovodi in zaporni elementi (3 ure)
Vzmeti:
 jeklene (3 ure)
 gumijaste in pnevmatske (2 uri).
Ležaji:
 Osnove trenja, mazanja in hlajenja (0.5
ure)
 Drsni in kotalni (4.5 ure)
Prenos in transformacija rotacijskega gibanja,
parametri transformacije (prestavno razmerje,
izkoristek).
Sklopke:
 principi (0.5 ure)
 toge zveze (1 ura)
 izravnave gibanja (1 ura)
 elastične povezave (1 ura)
 vklopne razmere (0.5 ure)
 enosmerne skl. in zapore (0.5 ure)
 omejitev vrtilnih momentov in vrtilnih
(0.5 hours)
 safety and torque couplings (2 hours).
Transmissions:
 centre-to-centre distance, gear ratio and
utilisation ratio (0.5 hours)
Friction and form principle of transmission (1.5
hours)
 friction gears (2 hours)
 belt drives with flat and V belts (4 hours)
 synchronous belts (2 hours)
 chains (2 hours)
Gear drives
 parameters (0.5 hour)
 the law of toothing (1 hour)
 interference and involute teeth (2.5 hours).
16
hitrosti (0.5 ure)
 varnostne in zagonske sklopke (2 ure)
Gonila:
 medosna razdalja prestavno razmerje in
izkoristek (0.5 ure)
Torni in oblikovni princip prenosa (1.5 ure)
 torna gonila (2 uri)
 jermenska gonila s ploščatimi in klinastimi
jermeni (4 ure)
 ozobljeni jermeni (2 uri)
 verige (2 uri)
Zobniški prenos
 parametri (0.5 ure)
 zakon ozobja (1 ura)
 ubirnica in evolventno ozobje (2.5 ure).
doc.dr. Tomaž ČATER
Lectures
Exercises
30
Contents of lectures
Seminar
h/ure
1025 Economics
Business inputs and business assets
Company, types of companies and business
process
Business inputs
Business assets
Types of costs
Fixed and variable costs
Total, average and marginal costs
Types of costs according to types of inputs
Calculations
Definition and purpose of calculations
Calculation methods
Absolute and relative performance of a
company
Revenues, expenses and profit/loss
Basic performance ratios
Use of costs in business decision-making
Elasticity of costs
Acceptance of a new order
Indifference point and break-even point
Optimal level of production
Investments
Types of investments
Methods for evaluating investments
Predavanja
30
Vsebina predavanj
Vaje
-
2. UN
Seminar
-
1025 Ekonomika
1
1
4
1
1
4
1
3
2
4
1
1
1
1
1
3
Poslovne prvine in poslovna sredstva
Podjetje, vrste podjetij in poslovni proces
Poslovne prvine
Poslovna sredstva
Vrste stroškov
Stalni in spremenljivi stroški
Celotni, povprečni in mejni stroški
Naravne vrste stroškov
Kalkulacije
Opredelitev in namen kalkuliranja
Metode kalkuliranja
Uspeh in uspešnost poslovanja
Prihodki, odhodki in poslovni izid
Temeljni kazalci uspešnosti poslovanja
Uporaba stroškov pri poslovnem odločanju
Elastičnost stroškov
Sprejemanje novega naročila
Točka indiferentnosti in točka preloma
Optimalni obseg poslovanja
Investicije
Vrste investicij.
Metode ocenjevanja investicij
prof.dr. Franc KOSEL
Lectures
Exercises
60
30
Contents of lectures
Seminar
h/ure
1026 Fluid Mechanics
Definition and Physical Properties of Fluid.
Fluid Statics.
Euler Equations of Fluid Statics.
Hydraulic Force on Submerged Surfaces.
Fluids in Rigid Body Motion.
Fluid Rheology.
Fluid Kinematics.
Reynolds Transport Theorem.
Gauss and Stokes Theorem Movement and
Deformation of Fluid Particle.
Thompson’s Theorem.
Kinetics of Ideal Fluid.
Navier-Stokes Equations’s of Newtonian Fluid.
Euler’s Equation.
Bernoulli Integration of Euler‘s Equation.
Hamilton’s Equation.
Complex Potential and Velocity.
Basic and Composed Theory of Potential Field.
Kutta-Joukowski Theorem.
Kinetics of Real Fluid.
Laminar and Turbulent Flow.
Flow in Pipes and Channels.
Local and Moody Type Losses.
Multiple-Pipe Systems.
Boundary Layer Theory.
Basic Mechanics of Movement of Partially and
Fully Submerged Body in Fluid.
Methods for Turbine Blade or Airfoil Lift
Increasing and Drag Decreasing.
Predavanja
60
Vsebina predavanj
Vaje
30
2. UN
Seminar
-
1026 Mehanika fluidov
2
10
11
11
7
3
8
2
2
2
2
Definicija in fizikalne lastnosti fluida.
Statika fluidov.
Eulerjeve enačbe mirujočega fluida.
Sile na potopljeno telo.
Relativno mirovanje.
Reologija fluida.
Kinematika fluidov.
Reynoldsov prenosni teorem.
Gaussov in Stokesov teorem, gibanje in
deformiranje fluidnega delca.
Thomsonov teorem.
Kinetika idealnega fluida.
Navier-Stokesove enačbe newtonskega fluida.
Eulerjeve enačbe.
Bernoullijev integral Eulerjeve enačbe.
Hemiltonova enačba.
Kompleksni potencial in kompleksa hitrost.
Osnovna in sestavljena potencialna polja.
Kutta - Žukovskega teorem.
Dinamika viskoznega fluida.
Laminaren in turbulenten tok.
Tokovi v ceveh in kanalih.
Lokalne in linijske izgube.
Cevni sistemi.
Teorija mejne plasti.
Osnove mehanike gibanja delno in
popolnoma potopljenih teles v fluidih.
Metode za povečanje vzgona in zmanjšanje
upora na profilu lopatice oziroma letalskega
krila.
prof.dr. Boris ŠTOK
Lectures
Exercises
30
30
Contents of lectures
Seminar
h/ure
Vaje
30
2. UN
Seminar
-
1027 Metode numeričnega modeliranja
1027 Numerical Modelling Methods
From a physical model to a mathematical
model.
Properties of continuous and discrete systems.
Onedimensional problems of continuum
mechanics and heat conduction.
Boundary value problem definition  governing
domain equations and associated boundary
conditions.
On the nature of physical quantities  primary
and secondary variables.
Functional properties of physical quantities 
continuity interface conditions.
On the approximative solving  numerical
modelling.
Approximative solving based on a functional
series expansion.
Approximative solving based on the
interpolation upon discrete solutions.
Finite difference method.
Multidimensional problems of continuum
mechanics and heat conduction.
Variational integral formulation  a common
starting point of advanced analysis methods.
Finite element method.
Boundary element method.
Space and time discretization.
Explicit and implicit computing schemes.
On the convergence and stability.
Presentation of some computer programs.
Predavanja
30
Vsebina predavanj
1
1
2
1
1
1
1
2
1
3
3
2
4
1
1
2
2
1
Od fizikalnega modela do matematičnega
modela.
Lastnosti zveznih in diskretnih sistemov.
Enorazsežni problemi mehanike kontinuuma in
prevoda toplote.
Definicija robnega problema  vodilna območna
enačba in robni pogoji.
O naravi fizikalnih veličin  primarne in
sekundarne spremenljivke.
Funkcijske lastnosti fizikalnih veličin  pogoji
konsistentnega prehoda.
O aproksimativnem reševanju  numerično
modeliranje.
Aproksimativno reševanje na osnovi funkcijskih
vrst.
Aproksimativno reševanje na osnovi
interpolacije diskretnih rešitev.
Metoda končnih razlik.
Večrazsežni problemi mehanike kontinuuma in
prevoda toplote.
Variacijska integralska formulacija  izhodišče
naprednih metod analize.
Metoda končnih elementov.
Metoda robnih elementov.
Prostorska in časovna diskretizacija.
Eksplicitne in implicitne računske sheme.
Konvergenca in stabilnost.
Predstavitev nekaterih računalniških programov.
izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1040 Measurement Systems and
Experimentation
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN
Seminar
-
1040 Eksperimentalne metode
Introduction to engineering experimentation
3
Generalized measurement system: Functional
elements and structures of measurement
systems
Structures of inputs and outputs of
measurement system
Static, dynamic and energy characteristics
Metrological characterization of measurement
system – experimental uncertainty analysis
Calibration of measurement systems, methods
of signal correction
3
Uvod - Merilni sistemi in njihova uporaba v
tehniki
Zgradba in funkcijski elementi merilnih sistemov
3
Izoblikovanje vhoda in izhoda merilnega sistema
3
3
Analysis of experimental data
Measurement of solid-mechanical quantities:
distance travelled, strain, displacement, velocity
and acceleration
Measurement of solid-mechanical quantities:
force, torque and power
Elements for signal conditioning and analysis
Elements for signal transmission and indicating
and recording devices
Computer-aided design of measuring systems
3
3
Statične, dinamične in energetske karakteristike
Meroslovna karakterizacija merilnih sistemov in
meritev
Umerjanje merilnih sistemov: kalibracija in
uravnavanja merilnih sistemov; metode korekcije
signalov
Analiza merilnih podatkov
Senzorji za merjenje fizikalnih veličin – poti,
raztezkov, hitrosti in pospeškov
Automation of measurements and signal
analysis in experimentation
Computerized measurement and data
acquisition systems, digital signal processing,
communication interfaces
3
Case studies of automated systems in industry
3
3
3
3
3
3
3
Senzorji za merjenje fizikalnih veličin - sil,
momentov in moči
Elementi za pretvarjanje in obdelavo signalov
Elementi za prenos in prikaz signalov
Računalniško podprto načrtovanje merilnih
sistemov
Avtomatizacija meritev in obdelave signalov v
merilni tehniki
Instrumenti na osnovi mikroprocesorjev, analognodigitalna pretvorba, sistemi za zajemanje podatkov,
digitalno procesiranje signalov, komunikacijski
vmesniki
Primeri avtomatiziranih sistemov v industriji
izr.prof.dr. Iztok GOLOBIČ
Lectures
Exercises
45
15
Contents of lectures
Seminar
h/ure
1041 Heat Transfer
Vaje
15
3. UN
Seminar
-
1041 Prenos toplote
Introduction to Heat Transfer. Conduction,
Convection, Radiation, Conservation Laws,
History of Heat Transfer.
Conduction Equation, Heat Diffusion Equation.
One-Dimensional Steady-State Conduction,
Plane Wall and Radial System.
Conduction with Thermal Energy Generation.
Plane Wall and Radial System, Resistance
Concept.
Heat Transfer from Extended Surfaces. Fins,
Efficiency.
Two-Dimensional Steady-State Conduction.
Numerical Methods, Finite Difference Method.
Transient Conduction. Lumped Capacitance
Analysis, Analytical Methods.
Transient Conduction. Numerical Methods,
Explicit and Implicit Finite Difference Method.
3
Convection. Boundary Layer, Similarity and
Analogies.
Convection. External and Internal Flow, Free
and Forced Convection.
Condensation and Boiling. Film Condensation,
Nucleate Boiling Mechanism and Correlations.
3
Heat Exchangers. Log Mean Temperature
Difference, Effectiveness - NTU Relations.
Heat Pipe - Performance and Limits.
Predavanja
45
Vsebina predavanj
3
3
3
3
3
3
3
3
3
Radiation. Absorption, Reflection and
Transmission, Wien's Law, Stefan-Boltzman
Law.
Radiation., Kirchoff's Law, View Factor.
3
Enhanced Heat Transfer. Passive and Active
Techniques, Thermal Management of
Electronic Systems.
Heat Transfer Seminar Presentations. 3 Minutes
for Presentation and add. 3 Minutes for Questions
and Answers.
3
3
3
Uvod v prenos toplote. Prevod, konvekcija,
sevanje, zakon o ohranitvi energije, zgodovina
prenosa toplote.
Enačba prevoda toplote, enačba difuzije toplote.
Enodimenzionalni stacionarni prevod toplote,
ravna stena in radialni sistem.
Prevod toplote z generacijo toplote. Ravna
stena in radialni sistem, nadomestna toplotna
upornost.
Prenos toplote iz razširjenih površin. Rebra,
učinkovitost.
Dvodimenzionalni stacionarni prevod toplote.
Numerične metode, metoda končnih diferenc.
Nestacionarni prevod toplote. Posplošena
kapacitivnostna analiza, analitčne metode.
Nestacionarni prevod toplote. Numerične
metode, eksplicitna in implicitna metoda
končnih diferenc.
Konvekcija. Mejna plast, podobnost in
analogije.
Konvekcija. Zunanji in notranji tok, prosta in
prisilna konvekcija.
Kondenzacija in vrenje. Filmska kondenzacija,
mehurčkasto vrenje – mehanizmi in korelacije.
Prenosniki toplote. Srednja logaritmična
temperaturna razlika, zveza učinkovitost število prenosnih enot. Toplotna cev –
karakteristike in omejitve v delovanju.
Sevanje. Absorpcija, refleksija in transmisija,
Wienov zakon, Štefan-Boltzmanov zakon.
Sevanje. Kirchoffov zakon, faktor
medsebojnega videnja.
Izboljšani prenos toplote. pasivne in aktivne
tehnike, termično upravljanje elektronskih
sistemov.
Predstavitev seminarja Prenos toplote. 3 minute
za predstavitev in nadaljne 3 minute za
vprašanja in odgovore.
doc.dr. Zoran KARIŽ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Vaje
30
3. UN
Seminar
-
1042 Tehnična kibernetika 1
1042 Technical Cybernetics 1
1. Introduction
2. Models of constitutive elements of control
systems
3. Fourier, Laplace, and Z transform
4. Structure of control systems
5. Stability
6. Synthesis
Predavanja
45
Vsebina predavanj
12
12
1. Uvod
2. Prikaz gradnikov krmilnih sistemov
9
6
3
3
3. Fourier-jeva, Laplace-ova, in Z preslikava
4. Zgradnja krmilnih sistemov
5. Stabilnost
6. Sinteza krmilnega sistema
izr.prof.dr. Edvard GOVEKAR
Lectures
Exercises
45
15
Contents of lectures
Seminar
h/ure
Vaje
15
3. UN
Seminar
-
1043 Naključni pojavi
1043 Random Phenomena
Introduction: intuitive approach to description
of random phenomena.
Probability: description of events and their
relations. Probability axioms. Random variables
and probability distributions. Vectorial random
variables. Functions of random variables.
Expected value and moments.
Random processes: description of processes
with examples. Moments and characteristics of
process. Stationariness and ergodicity. Linear
transformations of processes. Connection
between response function and process
characteristics. Fourier analysis and spectral
density.
Statistics: basic terms. Properties of major
statistics, relative frequency, sample mean and
sample variance. Sampling distributions: chisquare and t distribution. Basic properties of
estimators: point estimation, method of
moments, method of maximum likelihood,
interval estimation. Statistical hypotheses: basic
concept, testing a statistical hypothesis, types of
errors, chi-square test, contingency table tests.
Variance analysis. Regression analysis:
parametric and non-parametric regression.
Process sampling.
Predavanja
45
Vsebina predavanj
2
15
10
18
Uvod: intuitivni pristop k opisu naključnih
pojavov.
Verjetnost: opis dogodkov in relacij med njimi.
Aksiomi verjetnosti. Naključne spremenljivke
in porazdelitve verjetnosti. Vektorske naključne
spremenljivke. Funkcije naključnih
spremenljivk. Povprečja in momenti.
Naključni procesi: opis procesov in različni
primeri. Momenti in karakteristike procesov.
Stacionarnost in ergodičnost. Linearne
transformacije procesov v sistemih. Povezava
med odzivnimi funkcijami in karakteristikami
procesov. Fourierova analiza in spektralne
gostote.
Statistika: osnovni pojmi. Lastnosti
pomembnejših statistik, relativna frekvenca,
vzročno povprečje in variance. Porazdelitve
statistik: hi-kvadrat in Studentova porazdelitev.
Osnove teorije cenilk: točkovno ocenjevanje,
metodi momentov in maksimalne zanesljivosti,
intervalne ocene. Statistične hipoteze: osnovni
pojmi in napake pri sklepanju, hi-kvadrat test in
preverjanje statistične odvisnosti, test
Kolmogorova. Analiza variance. Cenilke
funkcij: parametrična in neparametrična
regresija. Vzročenje procesov.
viš.pred.mag. Alenka Helena KUKOVEC
Lectures
Exercises
Seminar
15
15
Contents of lectures
h/ure
Predavanja
15
Vsebina predavanj
Vaje
15
3. UN
Seminar
-
1044 Nemški jezik
1044 Deutsche Sprache
Dampfmachine
Textverständnis
Wortschatzarbeit
Gramatikarbeit
Die ersten Verbrennungsmotoren
Textverständnis
Wortschatzarbeit
Gramatikarbeit
Dieselmotoren für Kleinwagen
Textverständnis
Wortschatzarbeit
Gramatikarbeit
2
Gasturbine und Strahltriebwerk
Textverständnis
Wortschatzarbeit
Gramatikarbeit
Am Anfang der dritten industriellen Revolution
Textverständnis
Wortschatzarbeit
Gramatikarbeit
Treibstoff aus Wasser
Textverständnis
Wortschatzarbeit
Gramatikarbeit
2
M-Bahn
Textverständnis
Wortschatzarbeit
Gramatikarbeit
Die neue Rechtschreibung
3
2
2
2
2
Parni stroj
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Prvi motorji z notranjem izgorevanjem
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Diesel motorji za mala vozila
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Plinska turbina in reakcijski motor
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Na začetku tretje industrijske revolucije
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Pogonsko gorivo iz vode
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Magnetna železnica
Razumevanje besedila
Usvajanje strokovnega besedila
Slovnične vaje
Novi pravopis
viš.pred.mag. Bernarda KOSEL
Lectures
Exercises
15
15
Contents of lectures
Seminar
h/ure
Predavanja
15
Vsebina predavanj
Vaje
15
3. UN
Seminar
-
1045 Angleški jezik
1045 English Language
Terminology of describing 2D- and 3D shapes
1
Written descriptions of different types of
graphical presentations
2
Terminologija s področja opisovanja 2D and 3D
oblik
Pisni opisi različnih grafičnih predstavitev
Terminology of material properties
Technical writing and passive or active
structures
1
1
Terminologija iz lastnosti gradiv
Tehnično pisanje in trpne in tvorne strukture
Mathematical expressions
1
Matematični izrazi
Structure of scientific definitions
1
Struktura znanstvenih definicij
e-mail writing: enquiry about a product
formal letter writing: application for a job
writing a CV/resume
3
Noun-noun combinations in technical English
and their translation into Slovene
2
Pisanje e-mail sporočil: povpraševanje o
izdelku
Pisanje uradnega pisma: prošnja za službo
Pisanje življenjepisa
Samostalniške zveze v tehnični angleščini in
njihovo prevajanje v slovenščino
Permanently uncountable nouns – article
system
1
Stalno neštevni samostalniki
Stem členov
False Friends in Mech. Eng.
1
Lažni prijatelji v strojništvu
Writing an effective abstract for diploma thesis
Linking words
1
Pisanje učinkovitega izvelčka
Za diplomsko nalogo
Vezniki
prof.dr. Janez OMAN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1060 Energy Management
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-ES
Seminar
15
1060 Gospodarjenje z energijo
- Introduction, presentation of principal facts,
contents of lectures.
Energy demand and consumption, fossil fuels
reserves, energy demand in the EU, in the
world. Structure of systems of electricity
production and distribution, the organisation of
fuel and energy supply in Slovenia.
Ancient and advanced energy sources.
Exploitation of fossil fuels reserves, logistical
functions, new opportunities, alternative
sources of primary energy, renewable energy
sources, existing and forthcoming technologies
of cogeneration.
Exergy, Available work from energy, exergy
of the heat, lost available work and entropy
generation, entropy as criterion for lost exergy.
Exergy flows in systems, exergy destruction,
entropy generation minimization in heat
transfer systems, in power generation systems.
1
Chambadal's power plant model.
Thermal and design optimization of energy
systems, power cycles, heat exchanger systems,
pinch method.
Thermoeconomic analysis, evaluation and
costs optimization.
Caracteristics of energy systems, operating
modes and diagrams, availability, economy of
operation, amortization, own energy
consumption, costs of production, own price
and market price of heat and power.
1
2
Combined cycles for cogeneration, variations
of combinations and practical applications,
optimization of cogeneration systems.
Cogeneration, steam turbine (Rankine) cycle.
Examples from practice: division of costs, costs
rates, efficiencies.
Methods of electricity and heat costs
formation. Sensitivity analysis of operating
conditions affecting the production price of heat
and power and the influence of fuel type and
emission restrictions. Selection of alternative
fuels.
Heat and power supply system and storage,
over-load distribution problems, district
heating.
Industrial energy management.
Estimation of investments and projects.
2
2
1
2
2
2
2
2
Uvod, predstavitev obsega predavanj, osnovni
pojmi.
Potrebe po energiji, EU, svet. Energetsko
gospodarstvo v Sloveniji, struktura proizvodnje
električne energije in distribu- cija,
organiziranost oskrbe z gorivi in energenti za
industrijo.
Izkoriščanje fosilnih goriv, planiranje porabe,
logistične funkcije, zaloge, rezerve, nova
najdišča, novi viri primarne energije,
alternativni viri, obnovljivi viri,
sedanje in bodoče tehnologije za kogeneracijo.
Eksergija, delozmožnost energij, eksergija
toplote, izgube eksergije, generiranje entropije,
entropija kot merilo za izgubljene eksergije.
Tokovi eksergije v procesih, uničevanje
eksergije, zmanjševanje generiranja
entropije pri prenašanju toplote in v procesih v
termoelektrarnah.
Chambadalov model termoelektrarne.
Metode optimiranja energetskih sistemov in
delovnih krožnih procesov, optimiranje
sistema prenosnikov toplote, pinch metode.
Tehnike analitičnega in numeričnega
optimiranja stroškov.
Karakteristike energetskih postrojenj, načini
obratovanja, diagrami obratovanja,
razpoložljivost, gospodarnost obratovanja,
amortizacija, lastna raba energije, stroški
proizvodnje, lastna in tržna cena elektrike in
toplote.
Kombinirani sistemi za soproizvodnjo,
združevanje procesov in praktične izvedbe,
optimiranje sistemov soproizvodnje.
Toplarna s parno turbino. Zgledi iz prakse:
delitve stroškov, cenovna razmerja, izkoristki.
2
Metode oblikovanj cen električne energije in
toplote. Analiza vplivov pogojev obratovanja na
lastno ceno električne energije in toplote, vpliv
vrste goriv in emisijskih omejitev. Izbiranja
nadomestnih goriv.
2
Prenos in shranjevanje električne energije in
toplote, odjem energije, razporejanje
bremen, daljinsko ogrevanje.
Energetski pregledi v industriji.
Ocenjevanje investicij in projektov.
2
2
Emission market, Kyoto protocol.
Technologies for energy supply in future.
Examples from practice.
1
1
1
Trg emisij, Kyotski protokol.
Tehnologije za energetsko oskrbo v bodočnosti.
Primeri iz prakse.
prof.dr. Iztok ŽUN
Lectures
Exercises
45
45
Contents of lectures
Seminar
h/ure
Vaje
45
3. UN-ES
Seminar
-
1061 Dinamika tekočin
1061 Fluid Dynamics
Introduction: Patterns vs. Processes
Basic Concepts and Modeling
Local and Instant Formulation
Averaging
Constitutional laws
Phenomenological Principles of Boundary
Layer
Phenomenological modeling of turbulent flow
Statistical theory of turbulent flow
Predavanja
45
Vsebina predavanj
2
4
10
2
6
6
Uvod: vzorci vs. procesi
Osnovni pojmi in modeliranje
Lokalni in trenutni popis
Povprečenja
Konstitucijski zakoni
Fenomenološki principi mejne plasti
9
6
Fenomenološko modeliranje trubulentnega toka
Statistična teorija turbulentnega toka
izr.prof.dr. Ivan BAJSIĆ
Lectures
Exercises
45
60
Contents of lectures
Seminar
h/ure
1062 Measurement Techniques
Predavanja
45
Vsebina predavanj
Vaje
60
3. UN-ES
Seminar
-
1062 Merilna tehnika
Fundamentals of electrical measurement of
nonelectric physical quantities.
Static and dynamic characteristics of
measurement sensors.
Fundamentals of tests planning and performing
Measurement errors, analysis of measurement
uncertainty and traceability of measurements.
Theoretic fundamentals for dynamic analysis
and correction of measurement results.
Metrology of pressure and pressure difference.
Metrology of stationary and transient
temperature conditions.
Measurement of velocity, volume flow rate and
mass flow rate of single-phase fluids.
Metrology of heat fluxes and heat energy.
2
Air humidity metrology.
Sensors and methods for liquid level
measurement.
1
4
6
4
6
4
6
6
4
2
Osnove električnega merjenja neelektričnih
fizikalnih veličin.
Statične in dinamične značilnice merilnih
zaznaval.
Osnove načrtovanja in izvajanja preizkusov.
Merilni pogreški, analiza merilne negotovosti in
merilna sledljivost.
Teoretične osnove dinamične analize in
korekcije merilnih rezultatov.
Metrologija tlakov in tlačnih razlik.
Merjenje stacionarnih in prehodnih
temperaturnih pogojev.
Merjenje hitrosti, prostorninskega in masnega
toka enofaznih tekočin.
Metrologija toplotnih tokov in toplotne
energije.
Metrologija vlažnosti zraka.
Merilna zaznavala in metode za merjenje višine
gladin.
doc.dr. Mihael SEKAVČNIK
Lectures
Exercises
45
30
Contents of lectures
Seminar
15
h/ure
1063 Energy Machinery
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-ES
Seminar
15
1063 Energetski stroji
Introduction: Definition of machinery and
devices. Division into hydraulic and thermal
machinery; power-absorbing and powerproducing machinery; displacement and
turbomachinery.
Fundamental theoretical principles of fluidand thermodynamics, heat transfer and
similarity theory on which the operation of
energy machinery and devices is based on.
Displacement machinery; basic features and
usage, work, power, crankshaft mechanism,
operation in a hydraulic system.
Power-absorbing displacement machinery
(pumps and compressors): indicator diagram,
efficiency and special designs and their usage.
Power-producing machinery (internal
combustion engines).
Turbomachinery: features and usage, Euler's
turbine equation, efficiency, similarity in
turbomachinery, specific rotational speed,
comparison with displacement machinery.
Power-absorbing turbomachinery (pumps,
compressors and propellers): energy
characteristics, operation in a hydraulic system.
Power-producing turbomachinery (water
turbines, hydrodynamic torque converters,
windmills, steam turbines and gas turbines).
Energy devices: features, division.
Heat exchangers (types, average logarithmic
temperature difference, efficiency, exergy loss).
3
Uvod: definicija energetskih strojev in naprav.
Delitev na aerohidravlične in toplotne energetske
stroje; delovne in pogonske energetske stroje;
volumenske in turbinske energetske stroje.
8
Boilers: division and usage, heat flow,
chimney.
Ejectors: operation, calculation and usage.
2
Teoretične osnove za obravnavo procesov v
energetskih strojih in napravah: mehanika tekočin,
termodinamika, prenos toplote, podobnostna
teorija.
Volumenski ali izrivni stroji: značilnost in
uporaba, delo moč in izkoristek, ročični
mehanizem, obratovanje v sistemih.
Delovni volumenski stroji (črpalke in
kompresorji): indikatorski diagram, izkoristek in
poseben izvedbe.
Pogonski volumenski stroji: (motorji z notranjim
zgorevanjem).
Turbinski ali pretočni stroji: značilnosti in
uporaba, Eulerjeva turbinska enačba, izkoristek,
podobnost turbinskih strojev, značilna vrtilna
hitrost, primerjava z volumenskimi stroji.
Delovni turbinski stroji (črpalke, kompresorji in
propelerji): energijske karakteristike, delovanje v
hidravličnem sistemu.
Pogonski turbinski stroji (vodne turbine,
hidrodinamični prenosniki momenta, vetrnice,
parne in plinske turbine).
Energetske naprave: značilnosti, delitev.
Prenosniki toplote (vrste, srednja logaritmična
temperaturna razlika, izkoristek, izgube eksergije
pri prenosu toplote).
Kotli: delitev in uporaba, toplotni tok, dimnik.
1
Ejektorji: delovanje, preračun in uporaba.
2
4
4
6
4
5
4
2
prof.dr. Mirko ČUDINA
Lectures
Exercises
45
30
Contents of lectures
Seminar
15
h/ure
Vaje
30
3. UN-ES-TSN-ENS
Seminar
15
1070 Tehnična akustika
1070 Technical Acoustics
Definition of sound, noise and vibration (speed
of sound, wave length, frequency; sound waves
propagation, sound spectra, interference,
resonance, specific acoustic impedance)
Sorts of sound waves (one-dimensional plane,
spherical, cylindrical, standing waves, two- and
three-dimensional complex waves)
Sound quantities (wave equation, sound
pressure, sound intensity, sound power;
displacement, velocity and acceleration of
vibration)
Sound levels and weightings (decibel, sound
pressure level, sound intensity level, sound
power level, level of vibration; A-, B-, C- and
D-weightings, equivalent sound pressure level)
Noise generating mechanisms (air-borne,
hydro-borne, mechanical, electromagnetic and
structure-borne; monopole, dipole and
quadrupole)
Sound fields (near field, far field, free field,
reflected field, anechoic and reverberation
room, impedance tube)
Detection of noise sources (identification,
localisation, measurement, determination and
quantification)
Measurement equipment (microphones,
accelerometers, instruments, characteristics,
calibration)
Spectral analyses (FFT – Fast Fourier
Transform; narrowband-, 1/24-, 1/12-, 1/3- and
1/1-octave band frequency)
Measurements (sound pressure, sound intensity,
sound spectra, velocity and acceleration of
vibration, sound path and community noise)
Sound power determination (according to the
valid standards: ISO, EN, IEC, SIST, DIN etc.;
according to guidelines and directives)
Sound sources (at vehicles, cars, trains,
airplanes; at fans, compressors, pumps,
turbines, IC engines, electric motors, aircondition and other power-related devices)
Noise control (at the source, on the transmission
path, at the receiver; active and passive noise
control, dissipative and reactive mufflers and
silencers, barriers, lined walls and wrappings,
cabins etc., vibroacoustical materials and
vibration insulators)
Predavanja
45
Vsebina predavanj
2
2
4
2
2
Definicija zvoka, hrupa in vibracij (hitrost zvoka,
valovna dolžina, frekvenca; širjenje zvočnega
valovanja, zvočni spektri, interferenca, resonanca,
specifična akustična impedanca)
Vrste zvočnih valovanj (eno-dimenzionalno ravno,
sferično in cilindrično, stojno valovanje, dvo- in
tri- dimenzionalno kompleksno valovanje)
Zvočne veličine (valovna enačba, zvočni tlak,
zvočna intenzivnost in zvočna moč; pomik, hitrost
in pospešek vibracij)
Ravni zvoka in vrednotenje (decibel, ravni
zvočnega tlaka, raven zvočne intenzivnosti in
raven zvočne moči, ravni vibracij; A-, B-, C- in Dvrednotenje, ekvivalentna raven zvočnega tlaka)
Mehanizmi nastajanja hrupa (aerodinamični,
hidrodinamični, mehanski, elektromagnetni in
strukturalni; monopol, dipol, kvadropol)
2
Zvočna polja (bližnje, daljne, prosto in odmevno,
gluha soba, odmevnica in impedančna cev)
4
Odkrivanje virov hrupa (identifikacija, lokalizacija,
merjenje, določanje in vrednotenje)
5
Merilna oprema (mikrofoni, pospeškomeri,
instrumenti, karakteristike, kalibracija)
2
Spektralna analiza (FFT Hitra Fourierjeva
transformacija; ozkopasovni-, 1/24-, 1/12-, 1/3- in
1/1-oktavni frekvenčni pas)
Merjenje (zvočnega tlaka, zvočne intenzivnosti,
zvočnega spektra, hitrosti in pospeška vibracij,
slike sevanja in komunalnega hrupa)
Določanje zvočne moči (po veljavnih standardih:
EN, ISO, IEC, DIN, SIST itn.; po smernicah in
direktivah)
Viri hrupa (pri vozilih cestnih, tirničnih in zračnih;
pri ventilatorjih, kompresorjih, črpalkah, turbinah,
motorjih ZNZ, elektromotorjih, klima in drugih
energetskih napravah)
Zmanjševanje hrupa (na mestu vira, na poti
širjenja, na mestu sprejema; z uporabo aktivnih in
pasivnih metod, disipativni in reaktivni glušniki in
dušilci, ovire, prevleke, kabine itn., vibroakustični
materiali in izolatorji vibracij)
6
2
6
6
prof.dr. Alojz POREDOŠ
Lectures
Exercises
60
30
Contents of lectures
Seminar
h/ure
1075 Heat and Mass Transfer
Predavanja
60
Vsebina predavanj
3. UN-ES-TOT-PRS
Vaje
Seminar
30
-
1075 Prenos toplote in snovi
Recapitulation of heat transfer fundamentals
Heat exhangers basic methodologies
2
2
Tube-in-tube heat exhangers calculations
Efficiency - NTU method for heat exchangers
calculation
Mean logarithmic method for heat exhangers
design
Unsteady operation of heat exchangers
Tube bundle heat exchangers calculation
Overall heat transfer coefficient
Extended surfaces efficiency
Convective heat transfer – tube , plate, tube
bundle
Boiling heat transfer
Condensation heat transfer
Basics of mass transfer
Equimolaire diffusion – Fick’s Law
One-side diffusion
Diffusion in multi-component mixtures
Diffusion coefficients
Analogy between heat-mass-and momentum
transfer
Lewis law
Introduction to convective mass transfer
Convective mass transfer in tube, on plate
Fluidized bed mass transfer
Overall mass transfer coefficient
Examples of simultaneous heat and mass
transfer
5
2
Ponovitev osnov prenosa toplote
Osnovna metodologija obravnave prenosnikov
toplote
Prenosnik toplote cev v cevi
Učinek – NTU metoda preračuna
2
2
2
2
1
2
2
3
Metoda srednje logaritmične temperature za
dimenzioniranje prenosnikov toplote
Nestacionarno delovanje prenosnika toplote
Preračun cevnega prenosnika toplote
Celotna toplotna prehodnost
Učinkovitost razširjenih površin
Konvektivni prenos toplote – cev, plošča, snop
cevi
Prenos toplote pri uparjanju
Prenos toplote pri kondenzaciji
Osnove prenosa snovi
Ekvimolarna difuzija – Fickov Zakon
Enostranska difuzija
Difuzija v večkomponentnih zmeseh
Difuzijski koeficienti
Analogija med prenosom toplote in snovi
1
2
3
2
3
4
Lewisov zakon
Uvod v konvektivni prenos s novi
Konvektivni prenos snovi v cevi, na pošči
Prenos s novi v fluidiziranem sloju
Snovska prehodnost
Primeri sočasnega prenosa toplote in snovi
2
3
3
2
5
3
prof.dr. Matija FAJDIGA / izr.prof.dr. Marko NAGODE
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1090 Machine Elements 2
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-KM
Seminar
-
1090 Strojni elementi 2
Tension bolt in flange connections.
5
Razteznostni vijak v tesnjenih spojih.
Fit assembly in elastic and plastic domain.
6
Springs for high utilization ratios (lamella,
parabolic).
Friction conditions in switching couplings.
Friction gears (tangential slip, differential slip,
friction coefficient, influence on the gear ratio,
evaluation of friction gears).
Power transmission through form (chain drives,
polygon effect, chain vibrations, forces,
evaluation).
Helical gears (form, strength).
Bevel gears (form, strength).
Cylindrical worm gear and hyperbolic gear
transmissions (form, strength, utilization ratio).
The basics of assembling gear wheels into gear
units.
4
Tesni in krčni nased v elastičnem in plastičnem
področju.
Vzmeti za visoko stopnjo izkoriščenosti
(lamelne, parabolične).
Torne razmere v sklopkah za vklapljanje. Torni
prenos moči (tangencialni, diferenčni zdrs,
koeficient sojemanja, vpliv na prestavno
razmerje, preračun tornih prenosov moči).
Prenos moči z obliko (verižna gonila,
poligonski efekt, nihanja verige, sile,
dimenzioniranje).
Poševno ozobljeni zobniki (oblika, nosilnost).
Stožčasti zobniki (oblike, nosilnost).
Vijačni in polžasti prenosi (oblika, nosilnost,
izkoristek).
Osnove sinteze zobnikov v gonila.
4
3
9
4
4
6
prof.dr. Franc KOSEL
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-KM
Seminar
15
1091 Višja trdnost
1091 Strength of Materials II
Application of tensors in mechanics.
Stress theory.
Strain theory. Definition of strain tensor and
tensor of rotations in material point.
Compatibility equations for simply and
multiply connected domains. Theory of large
strains.
Energy methods. Application of energy
methods in statically determined and
indetermined systems.
Basics of rheology.
Basics of plasticity. Stress-strain relations in
plastic domain. Plastic bending of beams.
Design criterion in elasto-plastic domain.
Analysis of strain state in elasto-plastic domain
after unloading.
1
1
4
Uporaba tenzorjev v mehaniki.
Teorija napetosti.
Teorija deformacij. Definicija deformacijskega
in rotacijskega tenzorja v masni točki.
Kompatibilnostne enačbe za enkrat in večkrat
povezana območja. Teorija velikih deformacij.
2
Basics of non-linear mechanics of slender
members. Definition of I, II, and III degree
theory. Bending of slender members in elastic
and elasto-plastic domain.
Criterion of static stability. Equilibrium and
energy methods for solving geometrically nonlinear problems in elasto-plastic domain. Snap
through process.
Basics of geometrical optimization.
Basics of fracture mechanics.
Effect of stationary and non-stationary
temperature field on crack propagation. Stable
and unstable cracks.
Brittle, elastic and elasto-plastic fracture. Effect
of oxide wedge on crack propagation.
Elements of model mechanics.
Methods of increasing load carrying capacity.
Basics of contact problem, Hertz collision.
4
Energijski stavki. Uporaba energijskih izrekov
pri reševanju statično določenih in nedoločenih
sistemov.
Osnove reologije.
Osnove plastomehanike. Napetostnodeformacijske zveze v plastičnem območju.
Teorija mejnih stanj. Kriteriji za
dimenzioniranje v elastoplastičnem območju.
Analiza deformacijskega stanja v
elastoplastičnem območju po razbremenitvi.
Osnove nelinearne mehanike vitkih elementov.
Definicija teorije I.,II. in III. reda. Upogib
vitkih elementov v elastičnem in
elastoplastičnem območju.
Kriteriji statične stabilnosti. Ravnotežna in
energijska metoda reševanja geometrijsko
nelinearnih problemov v elastoplastičnem
območju. Preskok sistema.
Osnove geometrijske optimizacije.
Osnove lomne mehanike.
Vpliv stacionarnega in nestacionarnega
temperaturnega polja na širjenje razpok.
Stabilne in nestabilne razpoke.
Krhki, elastični in elastoplastični lom. Vpliv
oksidnega klina na širjenje razpok.
Elementi modelne mehanike.
Metode povečanja nosilnosti.
Osnove kontaktnega problema, Hertz-ov trk.
3
3
5
1
1
1
1
1
1
1
izr.prof.dr. Miha BOLTEŽAR
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Vaje
30
3. UN-KM
Seminar
-
1092 Višja dinamika
1092 Advanced Dynamics
Introduction: The aim of the course,
connection to previous courses
Vibrations of one degree-of-freedom systems:
Periodic excitation - Fourier expansion, impact
excitation-impulse response function,
convolution integral, applications in mechanical
engineering
Spectral analysis: Fourier series in complex
domain, sampling, windowing, dynamic range,
DFT, in-out relations, power spectrum, basic
principles of time series analysis
Vibrations of multi-degree-of-freedom
systems: Mass matrix, stiffness matrix,
reciprocity principle, influence coefficients,
eigenvalue problem, eigenvalues, eigenvectors,
modal transformation, modal cordinates,
response in principal coordinates, applications
in mechanical engineering
Vibrations of continuous systems: Lateral
vibrations of a string, axial vibrations of rods,
torsional vibrations of shafts, flexural vibrations
of beams, normal modes, applications in
mechanical engineering
Approximate methods: Rayleigh-Ritz
approach, transfer-matrix method for torsional
and flexural vibrations
Nonlinear vibrations: Classification of
nonlinear vibrations, geometrical methods,
exact methods, phase plane, method of
perturbations, Duffing equation, forced
response, applications in mechanical
engineering
Predavanja
45
Vsebina predavanj
2
6
5
13
Uvod: Namen predmeta, povezava s
predhodnimi predmeti
Nihanja sistemov z eno pr. st.: Periodična
motnja-Fourierjev pristop; odziv pri udarni
motnji, impulzna prenosna funkcija,
superpozicijski integral, spominska
spremenljivka, uporaba v strojništvu
Spektralne analize: Fourierjeva analiza v
kompleksnem, pojem okenske funkcije, DFT,
frekvenčna prenosna funkcija, močnostni
spekter
Nihanja sistemov z več pr. st.: Masna in
togostna matrika, gibalne enačbe v matrični
obliki, princip recipročnosti, vplivni koeficienti,
problem lastnih vrednosti, lastni vektorji,
modalna matrika, odziv v glavnih koordinatah,
aplikacija v strojništvu
8
Nihanja zveznih sistemov: Prečna nihanja
strune, osna nihanja palic, torzijska nihanja
gredi, upogibna nihanja nosilcev, pojem lastnih
oblik, aplikacije v strojništvu
5
Aproksimativne metode: Rayleigh-Ritzov
princip, metoda prenosnih matrik za torzijska
ter upogibna nihanja
Nelinearna nihanja: Razvrstitev, geometrijske
metode, fazna ravnina, metoda perturbacij,
Duffingova enačba, odziv pri vsiljenih nihanjih
- preskok sistema z metodo iteracij
6
prof.dr. Ivan PREBIL
Lectures
Exercises
45
15
Contents of lectures
Seminar
15
h/ure
1093 Mechanisms
Predavanja
45
Vsebina predavanj
Vaje
15
3. UN-KM
Seminar
15
1093 Mehanizmi
Introduction: definitions and applications of
mechanisms in machinery, classification of
mechanisms.
Four-bar linkages: crank-slider mechanism,
kinematic and structural analysis, graphical and
analytical synthesis of crank mechanisms,
synthesis of higher kinematic pairs.
3
Uvod: definicije in cilji (nameni) mehanizmov
v strojih, klasifikacija mehanizmov.
6
Linkage design: dimensioning, type synthesis
and design of linkage elements.
Dynamic analysis of linkages, strength and
wear properties of linkage elements.
Motion precision: hysteresis, repeatability,
flexibility of links and joints, rotational and
translational joints.
Linkages in machine applications
Cams and followers: classification of cams and
followers, motion and profile modification,
cams for intermittent motion, kinematic and
dynamic analysis of cams, kinematic equivalent
and dynamic modelling, curves and continuity
of motion of the follower.
Cam profile: analytical determination of the
cam profile, minimum radius of curvature,
precision and repeatability of motion, critical
speed.
Practical design considerations: rotational,
oscillating, and linear motions, cam profiles,
output links.
Synthesis of linkages and cams: small
movement mechanisms, applications and design
of linkages and cams in machines, manipulators
and robots.
Trends in mechanism development.
11
Štirizgibni ravninski mehanizmi: modifikacija
motornega mehanizma, kinematična in
strukturna analiza, grafična in analitična sinteza
ročičnih mehanizmov, sinteza višjih
kinematičnih parov.
Oblikovanje mehanizmov: dimenzioniranje,
konstrukcijske rešitve in izvedbe.
Dinamična analiza ročičnih mehanizmov:
trdnost in obraba elementov mehanizma.
Točnost gibanja: histerezna zanka, ponovljivost
gibov, elastični členi in zgibi, vrtljivi in
translatorno gibajoči se zgibi.
Ročični mehanizem kot stroj.
Krivuljni mehanizmi: klasifikacija krivuljnih
mehanizmov, modifikacija gibanja in krivulj,
krivuljni mehanizmi za prekinjeno gibanje,
kinematična in dinamična analiza krivuljnih
mehanizmov; kinematični ekvivalent in
dinamično modeliranje, krivulje in zveznost
gibanja delovnega člena.
Oblika krivulj: analitično določanje oblike
krivulj, minimalni krivinski radij, točnost in
ponovljivost gibanja, kritične hitrosti.
Konstrukcijske izvedbe: rotirajoči, nihajoči in
premočrtno gibajoči zgibi, krivulje in delovni
členi.
Sinteza ročičnih in krivuljnih mehanizmov:
mehanizmi majhnih pomikov, uporaba in
izvedbe ročičnih ter krivuljnih mehanizmov pri
avtomatih, manipulatorjih in robotih.
Trend razvoja mehanizmov.
11
11
3
prof.dr. Jožef VIŽINTIN / izr.prof.dr. Mitjan KALIN
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1094 Tribology
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-KM
Seminar
15
1094 Tribologija
Introduction: Overview of subject and
relevance
Fundamental properties of contacting surfaces:
real contact area, plasticity index, roughness,
topography
Fundamentals of tribological contacts: Hertzian
contacts, contacts with and without friction,
stress-strain relations, contact temperatures
1
Uvod: tematika, okvir predmeta, pomen
3
Lubricants: base oils, additives, their
functionality
Lubrication: Stribeck curve, basic lubrication
regimes, influences on component life
6
Friction: components of friction, basic laws and
models
Wear: Wear mechanisms and forms:
delamination, abrasion, adhesion
Characterization of surfaces and damages:
typical damage types, techniques for surface
characterization and detection of damage
4
Osnovne lastnosti kontaktnih površin: realna
kontaktna površina, indeks plastičnosti,
hrapavost, topografija
Osnove triboloških kontaktov: Hertzov kontakt
kontakti z in brez trenja, napetostnodeformacijsko stanje kontakta, kontaktne
temperature
Maziva: vrste baznih olj in aditivov, njihova
vloga
Kvaliteta mazanja: Stribeck-ova krivulja in
osnovni režimi mazanja in vplivi na življenjsko
dobo
Trenje: vzroki za trenje v mehanskih sistemih,
zakonitosti in modeli
Vrste obrabe in njihove osnovne značilnosti
delaminacija, abrazija
Osnove karakterizacije poškodb in površin:
Primeri tipičnih poškodb površin, tehnike za
karakterizacijo površin in poškodb
3
4
6
3
prof.dr. Jožef DUHOVNIK / doc.dr. Roman ŽAVBI
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1095 Design Methodology
Specification of D&D process
Allocation of D&D process within the
production system. World and national
situation.
Procedures to facilitate product development:
modeling, simulations, prototyping, testing
Product axioms
Specification of technical process
Relations between natural and technical
systems, and between natural and technical
procesess. Examples of basic process
transformations and transfer into a system
Specification of partial functions.
Acquisition of requirements and wishes.
Relations of functions and working principles.
Variation of working principles: existing
principles and search for new ones.
Morphological matrix
Creative techniques for conceptualisation
Application of techniques and comparison.
Evaluation of alternative solutions in various
phases of D&D process. Characteristics of
design environment. D&D process according to
VDI 2221
Design
principles
applied
during
conceptualisation:
transfer
of
forces,
predetermination of structures, balance of
forces, deformations, etc.
Conceptualisation according to material and
strength requirements
Safety engineering principles
Basics of ergonomy and industrial design (Man,
animals, plants).
Conceptualisations according to recycling and
final destruction of a product.
Development of series: arithmetic, geometrical
and other exponential series. Manufacturability
of part details.
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-KM
Seminar
-
1095 Metodika konstruiranja
3
2
Opredelitev R&K (D&D) procesa.
Umestitev R&K procesa v proizvodnem
sistemu. Stanje v svetu in pri nas.
2
Postopki za pospešitev razvoja: modeliranje,
simulacije, prototipiranje in testiranje.
Aksiomi izdelkov.
Opredelitev tehniškega procesa.
Povezava med naravnimi in tehniškimi sistemi
ter med naravnimi in tehniškimi procesi.
Primeri osnovnih funkcij procesa in prenos v
sistem.
Opredelitev delnih funkcij.
Popis zahtev, dopolnjenih zahtev in želja.
Povezava funkcij z delovnimi principi.
Variacija delovnih principov: predstavitev
obstoječih in iskanje novih.
Morfološka matrika.
Tehnike kreativnega snovanja.
Primerljivost in uporaba posameznih tehnik.
Ocenjevanje rešitev v posameznih delih R&K
procesa. Lastnosti konstrukcijskega okolja.
R&K proces po VDI 2221.
3
1
2
2
3
2
2
3
2
3
Konstrukcijski principi pri snovanju izdelka:
prenos sil, pred-določenost konstrukcij,
izravnava sil, izravnava deformacij itd.
2
Snovanje glede na materialne in trdnostne
zahteve.
Uporaba varnostnih principov.
Osnove ergonomije in oblikovanja izdelkov
(Človek, živali in rastline).
Snovanje izdelka glede na pogoje pri reciklaži
ali v splošnem pri odstranjevanju izdelka.
Razvoj tipskih vrst: aritmetična, geometrijska in
druge ekspotencialne vrste. Tehnologičnost
detajlnih oblik pri izdelkih.
3
4
3
3
prof.dr. Matija FAJDIGA / izr.prof.dr. Marko NAGODE
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1090 Machine Elements 2
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-MA
Seminar
-
1090 Strojni elementi 2
Tension bolt in flange connections.
5
Razteznostni vijak v tesnjenih spojih.
Fit assembly in elastic and plastic domain.
5
Springs for high utilization ratios (lamella,
parabolic).
Friction conditions in switching couplings.
Friction gears (tangential slip, differential slip,
friction coefficient, influence on the gear ratio,
evaluation of friction gears).
Power transmission with form (chain drives,
polygon effect, chain vibrations, forces,
evaluation).
Helical gears (form, strength).
Bevel gears (form, strength).
Cylindrical worm gear and hyperbolic gear
transmissions (form, strength, utilization ratio).
The basics of assembling gear wheels into gear
units.
4
Tesni in krčni nased v elastičnem in plastičnem
področju.
Vzmeti za visoko stopnjo izkoriščenosti
(lamelne, parabolične).
Torne razmere v sklopkah za vklapljanje. Torni
prenos moči (tangencialni, diferenčni zdrs,
koeficient sojemanja, vpliv na prestavno
razmerje, preračun tornih prenosov moči).
Prenos moči z obliko (verižna gonila,
poligonski efekt, nihanja verige, sile,
dimenzioniranje).
Poševno ozobljeni zobniki (oblika, nosilnost).
Stožčasti zobniki (oblike, nosilnost).
Vijačni in polžasti prenosi (oblika, nosilnost,
izkoristek).
Osnove sinteze zobnikov v gonila.
5
4
8
4
4
6
prof.dr. Franc KOSEL
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-MA
Seminar
15
1091 Višja trdnost
1091 Strength of Materials II
Application of tensors in mechanics.
Stress theory.
Strain theory. Definition of strain tensor and
tensor of rotations in material point.
Compatibility equations for simply and
multiply connected domains. Theory of large
strains.
Energy methods. Application of energy
methods in statically determined and
indetermined systems.
Basics of rheology.
Basics of plasticity. Stress-strain relations in
plastic domain. Plastic bending of beams.
Design criterion in elasto-plastic domain.
Analysis of strain state in elasto-plastic domain
after unloading.
2
2
4
Uporaba tenzorjev v mehaniki.
Teorija napetosti.
Teorija deformacij. Definicija deformacijskega
in rotacijskega tenzorja v masni točki.
Kompatibilnostne enačbe za enkrat in večkrat
povezana območja. Teorija velikih deformacij.
2
Basics of non-linear mechanics of slender
members. Definition of I, II, and III degree
theory. Bending of slender members in elastic
and elasto-plastic domain.
Criterion of static stability. Equilibrium and
energy methods for solving geometrically nonlinear problems in elasto-plastic domain. Snap
through process.
Basics of geometrical optimization.
Basics of fracture mechanics.
Effect of stationary and non-stationary
temperature field on crack propagation. Stable
and unstable cracks.
Brittle, elastic and elasto-plastic fracture. Effect
of oxide wedge on crack propagation.
Elements of model mechanics.
Methods of increasing load carrying capacity.
Basics of contact problem, Hertz collision.
4
Energijski stavki. Uporaba energijskih izrekov
pri reševanju statično določenih in nedoločenih
sistemov.
Osnove reologije.
Osnove plastomehanike. Napetostnodeformacijske zveze v plastičnem območju.
Teorija mejnih stanj. Kriteriji za
dimenzioniranje v elastoplastičnem območju.
Analiza deformacijskega stanja v
elastoplastičnem območju po razbremenitvi.
Osnove nelinearne mehanike vitkih elementov.
Definicija teorije I.,II. in III. reda. Upogib
vitkih elementov v elastičnem in
elastoplastičnem območju.
Kriteriji statične stabilnosti. Ravnotežna in
energijska metoda reševanja geometrijsko
nelinearnih problemov v elastoplastičnem
območju. Preskok sistema.
Osnove geometrijske optimizacije.
Osnove lomne mehanike.
Vpliv stacionarnega in nestacionarnega
temperaturnega polja na širjenje razpok.
Stabilne in nestabilne razpoke.
Krhki, elastični in elastoplastični lom. Vpliv
oksidnega klina na širjenje razpok.
Elementi modelne mehanike.
Metode povečanja nosilnosti.
Osnove kontaktnega problema, Hertz-ov trk.
2
3
4
1
1
1
1
1
1
1
prof.dr. Jožef DUHOVNIK / doc.dr. Roman ŽAVBI
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1095 Design Methodology
Specification of D&D process
Allocation of D&D process within the
production system. World and national
situation.
Procedures to facilitate product development:
modeling, simulations, prototyping, testing
Product axioms
Specification of technical process
Relations between natural and technical
systems, and between natural and technical
processes. Examples of basic process
transformations and transfer into a system
Specification of partial functions.
Acquisition of requirements and wishes.
Relations of functions and working principles.
Variation of working principles: existing and
search for new ones.
Morphological matrix
Creative techniques for conceptualisation
Application of techniques and comparison.
Evaluation of alternative solutions in various
phases of D&D process. Characteristics of
design environment. D&D process according to
VDI 2221
Design
principles
applied
during
conceptualisation:
tranfer
of
forces,
predetermination of structures, balance of
forces, deformations, etc.
Conceptualisation according to material and
strength requirements
Safety engineering principles
Basics of ergonomy and industrial design (Man,
animals, plants).
Conceptualisations according to recycling and
product Disposal.
Development of series: arithmetic, geometrical
and other exponential series. Manufacturability
of part details.
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-MA
Seminar
-
1095 Metodika konstruiranja
3
3
Opredelitev R&K (D&D) procesa.
Umestitev R&K procesa v proizvodnem
sistemu. Stanje v svetu in pri nas.
3
Postopki za pospešitev razvoja: modeliranje,
simulacije, prototipiranje in testiranje.
Aksiomi izdelkov.
Opredelitev tehniškega procesa.
Povezava med naravnimi in tehniškimi sistemi
ter med naravnimi in tehniškimi procesi.
Primeri osnovnih funkcij procesa in prenos v
sistem.
Opredelitev delnih funkcij.
Popis zahtev, dopolnjenih zahtev in želja.
Povezava funkcij z delovnimi principi.
Variacija delovnih principov: predstavitev
obstoječih in iskanje novih.
Morfološka matrika.
Tehnike kreativnega snovanja.
Primerljivost in uporaba posameznih tehnik.
Ocenjevanje rešitev v posameznih delih R&K
procesa. Lastnosti konstrukcijskega okolja.
R&K proces po VDI 2221.
3
2
3
2
3
2
2
3
2
3
Konstrukcijski principi pri snovanju izdelka:
prenos sil, pred-določenost konstrukcij,
izravnava sil, izravnava deformacij itd.
2
Snovanje glede na materialne in trdnostne
zahteve.
Uporaba varnostnih principov.
Osnove ergonomije in oblikovanja izdelkov
(Človek, živali in rastline).
Snovanje izdelka glede na pogoje pri reciklaži
ali v splošnem pri odstranjevanju izdelka.
Razvoj tipskih vrst: aritmetična, geometrijska in
druge ekspotencialne vrste. Tehnologičnost
detajlnih oblik pri izdelkih.
2
3
2
2
izr.prof.dr. Miha BOLTEŽAR
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1096 Dynamics of Machines
Introduction: The aim of the course,
connection to previous courses
Rotordynamics: Mass balancing of rigid and
flexible rotors, different methods of balancing,
balancing machines, standards; critical speeds
of flexible rotors with several masses on the
shaft, influence of bearings, damping, sources
of instabilities, gyroscopic effect
Dynamics of reciprocating engines: Balancing
of one and multi-cylinder engine, vibrations of
the drive unit due to the unbalanced forces
Torsional vibrations: The continuous and
approximative approach, vibrations of a shaft,
free and forced vibrations
Problems of vibroisolation: Elements of
passive vibroinsnlation, influence of damping,
application to rototating machinery and
reciprocating machines
Vibrations of structural elements: Free and
forced vibrations of a string, axial vibrations of
rods, Euler-Bernoulli equation of beams,
normal modes, vibrations of plates applications
in mechanical engineering
Human response to vibration: Basic
principles, standards, cumulative damage
Random vibrations: Basic principles,
application in mechanical engineering
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-MA
Seminar
-
1096 Dinamika strojev
2
8
8
6
6
Uvod: Namen predmeta, povezava z ostalime
predmeti
Rotordinamika: Masno uravnotežanje togih ter
prožnih rotorjev, različne metode
uravnotežanja, stroji za uravnotežanje,
standardi, kritične vrtilne hitrosti večmasnih
prožnih rotorjev, vpliv ležajev, dušenja, vzroki
za nestabilnost, žiroskopski efekt
Dinamika batnih motorjev: Uravnotežanje
eno- ter več-cilindrskih motorjev, vibracije
celotnega agregata zaradi neuravnoteženih sil
Torzijska nihanja: Eksaktni ter aproksimativni
pristop, vibracije gredi, lastna ter vsiljena
nihanja
Problematika vibroizolacij: Elementi pasivne
vibroizolacije, vpliv dušenja, aplikacija na
rotacijske in batne motorje
8
Nihanja strukturnih elementov: Lastna ter
vsiljena nihanja strune, Euler-Bernoullijeva
teorija nosilcev, osnove nihanja plošč,
aplikacije v strojništvu, primeri iz prakse
3
Interakcija človek – vibracije: Osnovni
principi, akumulacija poškodb
Naključna nihanja: Osnovni principi,
aplikacije v strojništvu
4
prof.dr. Karl KUZMAN / prof.dr. Janez KOPAČ
Lectures
Exercises
Seminar
45
15
15
Contents of lectures
h/ure
1097 Manufacturing technologies
Description, definition of products and their
linkage to production.
Parameters that determine the selection of
particular technology.
The influence of market, time, and series on
selection of optimal technological routes.
Detailed description of cutting processes with
geometrically defined and undefined cutting
edges, forming processes, separating processes
and assembly processes.
Review of machine tools and computer aided
process design and planning.
Predavanja
45
Vsebina predavanj
Vaje
15
3. UN-MA
Seminar
15
1097 Proizvodne tehnologije
6
8
8
15
8
Opis, definicija izdelkov in njihova navezanost
na izdelavo.
Parametri, ki pogojujejo izbiro določene
tehnologije.
Vpliv trga, časa, količin na iskanje optimalnih
tehnoloških poti.
Razvrstitev izdelovalnih postopkov.
Poglobljena predstavitev postopkov
odrezovanja z definirano in nedefinirano obliko
odrezka, postopki preoblikovanja, postopki
odrezovanja in preoblikovanja z direktnim
dovajanjem energije, postopki ločevanja,
postopki sestavljanja in montaže.
Informacija o strojih in napravah, o računalniški
podpori pri načrtovanju in vodenju procesov.
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1098 Production Planning and
Control
Techniques of creativity, human creativity
phases, team work, creativity methods, optimal
method selection
ABC analysis (mathematical basis, application)
Network techniques (CPM and PERT in
activity on node and activity on arrow diagram)
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-MA
Seminar
-
1098 Planiranje in krmiljenje
proizvodnje
4
3
12
Time as a basis for real production planning and
control, type of time (normative and effective
time), standardization
Preparation of the work documentation (design,
manufacturing technology documentation,
computer aided documentation )
3
Materials requirements and resources planning,
capacity requirements planning (workplaces,
workforce)
Job-scheduling, order dispaching
6
Production operations control (data acquisitions
and analysis)
Fundamentals of production planning and
control systems (MRP, MRP II, JiT, KANBAN,
OPT)
3
5
3
6
Tehnike kreativnosti, faze človekove
kreativnosti, timsko delo, metode kreativnosti,
izbor najprimernejše metode.
ABC analiza (matematične osnove, aplikacije).
Tehnike mrežnega planiranja (CPM in PERT v
aktivnostnih in dogodkovnih mrežnih
diagramih)
Čas kot osnova realnega načrtovanja in vodenja
proizvodnje, vrste časov (normativni in
efektivni), standardizacija.
Priprava delovne dokumentacije
(konstrukcijska, tehnološka in izvedbena
dokumentacija), računalniško podprta priprava
dokumentacije.
Načrtovanje materialnih potreb in virov,
načrtovanje potrebnih kapacitet (delovnih mest,
delavcev).
Fino planiranje in terminiranje proizvodnje,
lansiranje naročil.
Operativna izvedba proizvodnje (zbiranje
podatkov in analiziranje).
Osnove sistemov načrtovanja in vodenja
proizvodnje (MRP, MRP II, JiT, KANBAN,
OPT).
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1098 Production Planning and
Control
Techniques of creativity, human creativity
phases, team work, creativity methods, optimal
method selection
ABC analysis (mathematical basis, application)
Network techniques (CPM and PERT in
activity on node and activity on arrow diagram)
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
-
1098 Planiranje in krmiljenje
proizvodnje
4
3
12
Time as a basis for real production planning and
control, type of time (normative and effective
time), standardization
Preparation of the work documentation (design,
manufacturin technology documentation,
computer aided documentation )
3
Materials requirements and resources planning,
capacity requirements planning (workplaces,
workforce)
Job scheduling, order dispatching
6
Production opeartions control (data acquisitions
and analysis)
Fundamentals of production planning and
control systems (MRP, MRP II, JiT, KANBAN,
OPT)
3
5
3
6
Tehnike kreativnosti, faze človekove
kreativnosti, timsko delo, metode kreativnosti,
izbor najprimernejše metode.
ABC analiza (matematične osnove, aplikacije).
Tehnike mrežnega planiranja (CPM in PERT v
aktivnostnih in dogodkovnih mrežnih
diagramih)
Čas kot osnova realnega načrtovanja in vodenja
proizvodnje, vrste časov (normativni in
efektivni), standardizacija.
Priprava delovne dokumentacije
(konstrukcijska, tehnološka in izvedbena
dokumentacija), računalniško podprta priprava
dokumentacije.
Načrtovanje materialnih potreb in virov,
načrtovanje potrebnih kapacitet (delovnih mest,
delavcev).
Fino planiranje in terminiranje proizvodnje,
lansiranje naročil.
Operativna izvedba proizvodnje (zbiranje
podatkov in analiziranje).
Osnove sistemov načrtovanja in vodenja
proizvodnje (MRP, MRP II, JiT, KANBAN,
OPT).
prof.dr. Janez KOPAČ
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1110 Cutting 1
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
15
1110 Odrezavanje 1
Technique of cutting.
Theory of cutting.
Cutting technology.
Cutting tools. State-of-the-art machining
materials.
Technological data bases. Design of machining
operations. Selection procedure. Optimisation
of parameters. Calculation of machining costs.
5
5
5
5
Tehnika odrezavanja.
Teorija odrezavanja.
Tehnologija odrezavanja.
Rezalna orodja. Sodobni obdelovalni materiali.
5
Process monitoring. Sensors. Tool
management.
5
Baze tehnoloških podatkov. Načrtovanje
obdelovalnih postopkov. Izbira postopka.
Optimiranje parametrov. Izračun stroškov
obdelave.
Nadzor rezalnega procesa. Senzorika.
Upravljanje z rezalnimi orodji.
prof.dr. Karl KUZMAN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1111 Metal Forming 1
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
15
1111 Preoblikovanje 1
Metal forming as integral part of manufacturing
technologies.
Elemental theory of plasticity: stress and strain
states, strain rate, flow rules, stress-strain curve,
hardness –strain curve, specific forming work.
2
Friction and lubrication.
Formability, formability criteria.
4
4
Metal forming process design related to
demands of the final product.
Cost engineering in metal forming.
4
Specialties of design for metal forming.
4
8
4
Preoblikovanje kot integralni del izdelovalnih
tehnologij.
Elementarna teorija plastičnosti: napetostna in
deformacijska stanja, hitrost deformacije,
pogoji za plastično tečenje, krivulje plastičnosti
in trdot, specifično deformacijsko delo.
Trenje in mazanje.
Preoblikovalnost, preoblikovalni pogoji,
kazalniki preoblikovalnosti.
Načrtovanje procesov preoblikovanja z ozirom
na zahtevano končno stanje izdelka.
Elementi stroškovne analize procesov
preoblikovanja.
Specifika oblikovanja izdelkov za
preoblikovanje.
prof. dr. Mihael JUNKAR
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1112 Non-Conventional Processes
1. Introduction
- The development of non-conventional
machining processes
- Definition of machining unit event
- The scale of specific energy and material
removal and their reflection in the integrity
of the machined surface.
- The division of processes according to the
energy, physics of the process and the
models of energy conversion.
- Thermal, electro-thermal, electrochemical
and mechanical processes and their
technological characteristics.
2. Electroerosion machining (EDM)
processes
- Technology overview and trends
- Physical background:
- electro-thermal model of material
removal
- unit event
- process monitoring (voltage and
current signal in gap between electrode
and workpiece),
- types of discharge
- process control
3. Sinking EDM
- Selection and manufacturing of electrodes
- Flushing of the gap
- CNC control
- The role and types of dielectric
- Application in tool making –
complementarity with the high-speed
machining
4. Wire EDM
- Selection and types of wire
- Flushing of the gap
- The principle of controlling the position of
wire
- Water quality
- Wire EDM in tool making
5. Water jet and abrasive water jet (AWJ)
machining – theoretical background
- The formation of AWJ
- Mechanical model of material removal –
the cutting mechanism
- Phenomenological description of cutting
process
- Controlling the cutting process
Predavanja
30
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
15
1112 Nekonvencionalni procesi
2
2
1. Uvod
 Razvoj nekonvencionalnih postopkov
obdelave
 Definicija enotnega dogodka obdelave
 Velikostna skala specifičnih energij in
odvzemov ter njihovo odražanje na
integriteti izdelane površine
 Razčlenitev postopkov glede na obliko
energije, fizikalne osnove procesov in
modeli konverzije energije
 Termični, elektrotermični, elektrokemični
in mehanski procesi ter njihove tehnološke
značilnosti
2. Elektroerozijski obdelovalni procesi
 Pregled tehnologije in trendov
 Fizikalne osnove:
 elektrotermični model odvzema
materiala,
 enotni dogodek
 zasledovanje procesa (napetostni
in tokovni signal v reži med
elektrodo in obdelovancem),
 tipi razelektritev,
 krmiljenje procesa.
2
3. Potopna elektroerozija
 Izbira in izdelava elektrod
 Izpiranje reže
 CNC krmiljenje
 Vloga in vrste dielektrikov
 Uporaba v orodjarstvo – komplementarnost
z visokohitrostnim rezkanjem.
2
4. Žična elektroerozija
 Vrste žic in izbira
 Izpiranje reže
 Princip krmiljenja položaja vodil žice
 Kvaliteta vode
 Žična elektroerozija v orodjarstvu
2
5. Vodni in abrazivni vodni curek –
teoretične osnove
 Princip nastajanja abrazivnega vodnega
curka
 Mehanski model odvzema materiala –
mehanizem rezanja
 Fenomenološko obravnavanje procesa
rezanja
 Vodenje rezalnega procesa
6. Water jet and AWJ machining –
applications
- Technology overview and trends
- Application of WJ for cutting soft materials
(medicine, packaging, food industry etc.)
- Application of AWJ for cutting hard
materials (mechanical engineering,
stonecutting, machining of new materials
etc.)
7. Laser cutting – theoretical background
- Generating the laser beam (resonator,
active medium, coherence)
- Characteristics of continuous and pulsed
lasers
- Interdependence between material and
wave length on the laser beam absorption.
- Thermal model of material removal.
8. Laser cutting – applications
- Application area of laser technology
- Basics of laser cutting
- Cutting parameters (melting, sublimation,
laser flame cutting)
- Materials and characteristics of cutting
(geometry, surface integrity)
- Cutting and assist gases.
2
9. Plasma cutting
- Plasma – the fourth state of matter
- Development of plasma cutting
- Principle of cutting with plasma
- Plasma cutting modes
- Cutting and assist gases.
2
10. Comparison of contour cutting processes
- Wire EDM, water and abrasive water jet,
laser and plasma cutting
- Technology field: material, thickness
- Selection criteria: accuracy, surface
quality, economics.
2
11. Other non-conventional processes
(principle, properties, application)
- electrochemical machining
- flame cutting
- ultrasound machining
- abrasive air jet machining
- abrasive flow machining
2
12. Hybrid and combined processes
- Technological paradigm shift, advantages,
dilemmas
- Examples
- Integration of processes into process
chains, comparison and complementary
procedures,
- Attributes of selecting alternative planning
2
2
2
6. Vodni in abrazivni vodni curek – uporaba
- Pregled tehnologije in trendov
- Uporaba vodnega curka za razrez mehkih
materialov (medicina, embalaže,
prehrambena industrija, itd.)
- Uporaba abrazivnega vodnega curka za
razrez trdih materialov (strojništvo,
kamnoseštvo, obdelava novih materialov,
itd.)
7. Lasersko rezanje – teoretične osnove
- Generiranje laserskega žarka
(resonator, aktivni medij, koherenca)
- Karakteristike kontinuiranih in pulznih
laserjev
- Soodvisnost vrste materiala in valovne
dolžine na absorpcijo laserskega žarka
- Termični model odvzema materiala
8. Lasersko rezanje – uporaba
- Področja uporabe laserske tehnike
- Osnove laserskega rezanja
- Parametri rezanja (talilno,
sublimacijsko, lasersko plamensko
rezanje)
- Materiali in karakteristike rezanja
(geometrija, integriteta površine)
- Rezalni in asistenčni plini
9. Plazemsko rezanje
- Plazma – četrto agregatno stanje
materije
- Razvoj plazemskega rezanja
- Princip rezanja s plazmo
- Načni rezanja s plazmo
- Rezalni in asistenčni plini
10. Primerjava konturnih postopkov rezanja
- Žična elektroerozija, vodni in
abrazivni vodni curek, lasersko in
plazemsko rezanje
- Tehnološka okna: material, debelina
- Kriteriji izbire: natančnost, kvaliteta
površine, ekonomika
11. Redkeje uporabljeni nekonvencionalni
postopki (princip, lastnosti, uporaba)
- elektrokemična obdelava
- plamensko rezanje
- ultrazvočna obdelava
- obdelava z zračnim abrazivnim
curkom
- obdelava v abrazivnem toku
12. Hibridni ali kombinirani postopki
- Nova tehnološka paradigma, prednosti,
dileme
- Primeri
- Integracija postopkov v izdelovalne
verige, primerjava in
komplementarnost postopkov
- Atributi za izbiro alternativnega
13. Micromachining
- Micro EDM milling
- Micro milling
- Micro ECM milling
- Ablation by pico- and femtosecond lasers
- Replication technologies, etching,
litography
2
14. Microtechnologies
- Micromachining processes in view of
overall micromanufacturing procedure
- Process chains
- Microproduct's design and technology
paradigms
- Examples from practice
15. Selection of appropriate technology or
process
- Criteria
- Examples from practice
2
2
načrtovanja
13. Mikroobdelovalni postopki
- Mikro elektroerozijsko frezanje
- Mikro frezanje
- Mikro elektrokemično frezanje
- Ablacija s piko- in femto-sekundnimi
laserji
- Replikacijske tehnologije, jedkanje,
litografija
14. Mikrotehnologije
- Mikroobdelovalni postopki v okviru
celotne mikroproizvodnje
- Izdelovalne verige
- Paradigma načrtovanja in tehnologije
procesov
- Primeri iz prakse
15. Izbira primerne tehnologije, postopka
- Kriteriji
- Primeri iz prakse
doc.dr. Niko HERAKOVIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
-
1113 Montaža
1113 Product assembly
Introduction – Assembly process determination,
assembly as a part of production process.
3
Product, product parts, product structure (one or
multi- level structure), modular design, base
part, product variants.
3
Assembly process, assembly operations - AO
(joining and handling operations, AO and
assembly places, AO and suitability for
automation, AO sequences, AO time
determination).
Manual assembly systems (ergonomics,
assembly places design, assembly places
connection, integration of manual assembly
places into automated systems).
Automation of assembly operations automated
screwing, inserting, feeding etc.).
Rigid assembly systems (single unit, linear
transfer, rotary transfer).
Robots, manipulators, grippers in assembly
systems.
Flexible automated assembly systems
(flexibility determination, flexible pallet
system, robotised assembly cells and lines).
Faults, control and testing in assembly process,
reliability and availability of assembly
systems).
Design for assembly.
Assembly system planning, methods and tools.
6
3
3
3
10
3
3
2
6
Opredelitev procesa montaže in mesto montaže
v proizvodnem procesu in v življenjski dobi
izdelka.
Izdelek, sestavni deli, struktura izdelka
(enonivojska in večnivojska struktura),
modulna gradnja, bazni elementi, variante
izdelkov.
Montažne operacije (operacij sestavljanja in
strege, razdelitev montažnih operacij na
montažna mesta, primernost montažnih operacij
za avtomatizacijo, zaporedje montažnih
operacij, določitev časov montažnih operacij).
Ročna montaža (ergonomija, oblikovanje
ročnih montažnih mest, povezovanje ročnih
montažnih mest, integracija ročne montaže v
avtomatizirane sisteme).
Avtomatizacija montažnih operacij
(avtomatično privijanje, vlaganje, urejanje itd.).
Togi avtomatizirani sistemi (enopostajni,
linijski in krožni avtomati).
Roboti, manipulatorji in prijemala v montažnih
sistemih.
Fleksibilni avtomatizirani montažni sistemi
(definicija fleksibilnosti, fleksibilni paletni
sistemi, robotizirane montažne celice in linije).
Kontrola in preskušanje v procesu montaže,
zanesljivost in razpoložljivost montažnih
sistemov.
Oblikovanje izdelkov za montažo.
Planiranje montažnih sistemov, metode in
orodja.
prof.dr. Janez TUŠEK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
3. UN-PS
Seminar
-
1114 Joining technologies
1114 Tehnologije spajanja
Introduction. Basic concepts. Pressure welding
processes. Welding power sources. Risks,
protection and safety at welding.
Arc welding processes with covered electrodes.
Gas shielded arc welding processes.
Submerged arc welding. Under slag welding.
Stud welding
High energy density welding processes.
Welding processes using chemical exothermic
energy.
Thermal cutting processes; flame, arc, plasma,
laser.
Resistance welding processes; spot, seam,
projection, flash.
Uvod. Osnovni pojmi. Postopki varjenja s
pritiskom. Viri energije za varjenje. Nevarnosti,
zaščita in varstvo pri varjenju.
Postopki obločnega varjenja z oplaščenimi
elektrodami. Postopki obločnega varjenja v
zaščitah. Varjenje pod praškom, varjenje pod
žlindro. Varjenje čepov
Postopki varjenja z visokimi gostotami moči.
Postopki varjenja s kemično eksotermično
energijo.
Postopki toplotnega rezanja; plamensko,
obločno, lasersko.
Postopki uporovnega varjenja; točkovnio,
bradavično, kolutno, obžigalno.
Welding with mechanical energy. Solid state
welding
Spraying processes for metals and non-metals.
Brazing processes; flame, arc, laser.
Processes of adhesive bonding of metals and
non-metals.
Plastics welding processes.
Thermal phenomena in welding.
Welding stresses and strains.
Weldability and methods of its determination.
Weldability and welding of metals and alloys
most frequently used in mechanical
engineering.
Quality assurance in welding and allied
processes.
3
5
4
2
4
4
3
3
2
4
4
3
2
2
Varjenje z mehansko energijo. Varjenje v
hladnem
Postopki nabrizgavanja kovin in nekovin.
Spajkanje; obločno, plamensko, lasersko.
Postopki lepljenja kovin in nekovin.
Postopki varjenja umetnih snovi.
Toplotni pojavi pri varjenju.
Napetosti in deformacije pri varjenju.
Varivost in metode za ugotavljanje slednje.
Varivost in varjenje najpogosteje uporabljenih
kovin in zlitin v strojništvu.
Zagotavljanje kakovosti varilskih del
prof.dr. Brane ŠIROK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Vaje
30
4. UN-TSN-ESN
Seminar
15
1200 Črpalke
1200 Pumps
Classification and basic parameters of turbine
machines.
Theoretical background of the flow through
turbine machines: basic equations, continuity
equation, momentum equation with
constitutional relations (equations of potential
flow in the rotor cascade of turbine machines),
description of properties of the flow in flow
tract of turbine machines, developed flow, flow
in the boundary layer, flow separation,
compressibility, cavitation.
Non-dimensional analysis and methods of
modeling of turbine machines.
Dimensioning and calculation of centrifugal
and axial runners, design of diffusers, guide
vanes and spiral casing.
Building turbine machines into hydro
management systems and hydropower systems.
Pumps in operation: hydraulic, efficiency and
cavitation characteristics, characteristics of
systems, regulation of volume flow, adaptation
of pumps to the hydrodynamic properties of
systems.
Predavanja
30
Vsebina predavanj
4
6
4
4
4
8
Klasifikacija in osnovni parametri turbinskih
strojev.
Teoretične osnove toka skozi turbinski stroj:
osnovne transportne enačbe kontinuitetna,
gibalna in energijska enačba s konstitucijskimi
relacijami (enačbe potencialnega toka v rotorski
kaskadi turbinskega stroja) . Opis lastnosti toka
v pretočnem traktu turbostroja: razviti tok, tok v
mejni plasti, trganje toka, stisljivost, kavitacija.
Brezdimenzijska analiza in metode modeliranja
turbinskih strojev.
Dimenzioniranje in izračun centrifugalnih in
aksialnih gonilnikov, oblikovanje difuzorja,
vodilnika in spirale.
Vgradnja turbinskih strojev v transportne in
hidroenergetske sisteme.
Črpalke v obratovanju: hidravlične, energetske
in kavitacijske karakteristike, karakteristika
sistema, regulacija pretoka, prilagoditev črpalke
na hidrodinamske karakteristike sistemov.
prof.dr. Brane ŠIROK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Two phase flows in pumps and fans, influence
on characteristics and abrasion.
Vaje
30
4. UN-TSN-ESN
Seminar
15
1201 Dinamika tekočin v turbinskih
strojih
1201 Dynamics of Fluids in Turbine
Machines
-Equations of fluid mechanics and their use in
the theory of turbine machines.
Use of boundary layer theory for determination
of profile drag.
Cascade theory: meridian and cascade plane,
measurements of cascades, quasi-3D method of
calculation, direct and indirect problem,
singularity method, estimation of performance.
Cavitation: basic concepts, consequences,
methods of measurement of resistance of
materials to cavitation erosion, methods for
cavitation measurements, cavitation in turbine
machines, cavitation monitoring.
Water hammer: rigid and elastic water hammer,
reduction of blowout in hydro energy systems.
Predavanja
30
Vsebina predavanj
4
4
6
10
2
4
-Enačbe mehanike fluidov in njihova uporaba v
teoriji turbinskih strojev.
Uporaba teorije o mejni plasti za določanje
profilnega upora lopatičnih profilov.
Teorija kaskad: merdianska in kaskadna
ravnina, preizkušanje kaskad, kvazi 3D metoda
izračuna, direktni in indirektni problem,
singularitetna metoda, napoved performanc.
Kavitacija: osnovni pojmi, posledice, metode
določanja kavitacijske obstojnosti materialov,
metode za opazovanje kavitacije, kavitacija v
turbinskih strojih, monitoring kavitacije.
Vodni udar: togi in elastični vodni udar,
zmanjšanje vodnega udara v hidroenergetskih
sistemih.
Dvofazni tokovi v črpalkah in ventilatorjih:
vpliv na karakteristiko in abrazija.
prof.dr. Ferdinand TRENC
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1202 Internal Combustion
Reciprocating Engines
Analysis of working processes in reciprocating
internal combustion engines (ICE); theoretical
approximation of the closed part of the process
within the engine cylinder, significance of heat
regeneration, efficiency and working capability
of different engine cycles;
Real process in the ICE: heat release history
during combustion process, heat transfer
phenomena in the ICE, disposable heat energy
from combustion to produce work;
Combustion in the engine cylinder: fuels,
formation and quality of the working mixture,
impact on environmental suitability;
Opened part of the ICE cycle: flow of the
working medium through inlet and exhaust
organs, influence of valve timing, quality and
quantity of the cylinder filling and emptying
process – criteria;
Closed part of the ICE cycle: combustion,
simplified models of combustion for:
Otto cycle; flame propagation within a
homogenous charge, knocking, ignition delay
Compression – ignition cycle: diffusion
combustion model, formation of soot, diesel
knocking;
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1202 Toplotni batni stroji
6
Definicije in analize procesov v toplotnem
batnem stroju: teoretični procesi zaprtega
medija, pomen regeneracije toplote, izkoristek
procesa, delovna sposobnost;
5
Realni procesi: realni Ottov proces, zakon
zgorevanja, segrevanje in prenos toplote preko
sten valja;
6
Zgorevanje: goriva, sestava, potrebna količina
zraka, ekologija;
8
Odprti del delovnega procesa: snovni tok
medija skozi vstopni in izstopni organ, kvaliteta
zamenjave polnitve, krmilni časi;
5
Zaprti del procesa – zgorevanje: model
zgorevanja zmesi pri:
 Otto motorjih: širjenje čela plamena,
hitrost, nastanek klenkanje, zamuda
vžiga,
 Difuzijsko zgorevanju: dimljenje, trdi
tek, sistemi za dovod goriva;
prof.dr. Janez OMAN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1203 Heat generators
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1203 Generatorji toplote
Introduction, heat sources, heat generation,
heat value and costs
Types of heat generators, applications to
power cycles; single, mixed and combined
cycles
Characteristics, classification, typical design
features, parameters of steam boilers, industrial
furnaces, burning chambers
Fuels, classification, proximate and ultimate
analyses, specifications, fuel preparation for
combustion
Stoichiometric equations, combustion
calculations, combustion products and air, heat
values
Combustion control, flue gas analysis,
graphical and numerical methods, excess air
control
Disposable heat from fuels and flue gases, Hdt diagram, theoretical and actual burning
temperatures, heat flows in boilers
Boiler construction elements, furnace and
fireside, fuel processing and handling, draft,
heating surfaces, control system, safety devices
Circulation of working fluid in steam boilers,
natural and forced circulation, design criteria,
boiler circuits, thermal load of furnace, onetube boilers, super-critical parameters of steam
1
Efficiency of boiler operation, definition and
classification of boiler losses, boiler capacity
and power
Instruments, measurement and control; types
of control loops in steam boilers, transient and
special phenomena in super-critical boilers
Materials, manufacturing and construction of
boilers, steel grades for different surfaces,
temperature and pressure limitations, non-metal
materials, calculation of tube-wall temperatures
Legislation, regulations, inspections
Feed water, requirements, raw-water treatment,
properties, softening, deaerators, oxygen
treatment, water drain
Environment, fossil fuels and ecological
consequences, alternative and additional fuels
Flue gas cleaning, clean coal technologies,
desulphurisation and low NOx technologies,
CO2 capture and storage
1
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2
2
3
3
3
2
4
2
2
1
1
1
1
Uvod, viri toplote, generiranje toplote, vrednost
toplote
Tipi generatorjev toplote, vključitev v delovne
procese, posamezne in kombinirane enote
Karakteristike, razvrstitve, značilne
konstrukcije in parametri parnih kotlov,
industrijske peči, zgorevalne komore
Goriva, klasifikacije goriv, kemična sestava in
analiza goriv, značilni podatki, priprava goriv
za zgorevanje
Stehiometrija, zgorevalne enačbe produkti
zgorevanja, zgorevalni zrak in kurilnost
Kontrola zgorevanja, analize dimnih plinov,
numerične in grafične metode, kontrola
presežka zraka
Razpoložljiva toplota, goriv, dimnih plinov,
Hd-t diagram, teoretična in dejanska
temperatura zgorevanja, toplotni tokovi v kotlih
Osnovni elementi kotlov, kurjava, zgorevalne
naprave, vlek, armature, ogrevalne površine,
krmilne naprave, varnostna oprema
Cirkulacija delovnega medija v parnih kotlih
in v ogrevalnih površinah, naravna in prisilna
cirkulacija, vrste obtokov, toplotna obremenitev
kurišča enocevni kotli, nadkritični parametri
pare
Izkoristek kotlov, definicija izgub, vrste izgub,
zmogljivost in toplotna moč kotlov
Merilna in regulacijska oprema, regulacijske
zanke v parnih kotlih, prehodni in drugi posebni
pojavi v kotlih z visokimi parametri
Materiali v kotlogradnji, lastnosti, vrste jekel
za ogrevalne površine, omejitve temperatur in
tlakov, nekovinski materiali za obzidavo,
izračun temperatur v stenah cevi
Zakonodaja, predpisi, inšpekcije
Napajalna voda, priprava, lastnosti vode,
mehčanje, ionski izmenjevalniki, razplinjanje,
kaluženje
Okolje, uporaba goriv in posledice na okolju,
nadomestna in dodatna goriva
Čiščenje dimnih plinov, čiste premogove
tehnologije, tehnologije za razžveplavanje,
nižanje emisij dušikovih oksidov, izločevanje in
shranjevanje CO2
doc.dr. Mihael SEKAVČNIK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1204 Energy Conversion Systems
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1204 Energetski sistemi
Introduction: basic definitions (energy
management, plant, system), energy conversion.
1
Power plants: purpose and division,
availability, economy.
Conventional (fossil fueld) power plants:
features, thermodynamic background (Rankine
cycle, power and efficiency, efficiency
improvement), main plant components,
environment issues.
Nuclear power plants: features, operation
principles, reactor types, comparison to the
conventional power plant, nuclear energy and
envirnonment.
Gas turbine power plants: features,
thermodynamic background (Joule cycle, power
and efficiency, efficiency improvement), main
plant components, combined cycles (JouleRankine, Rankine-Joule), gas turbine power
plants and environment.
Combined heat and power plants (CHP):
features (types of CHP), thermodynamic
background, energy and cost allocation,
industrial cogeneration, waste heat re-powering.
3
Hydro power plants: features, hydrodynamic
background (power, efficiency, mass flow
availability), types of hydro power plants,
comparison to thermal power plant, hydro
power plant and environment.
Non-conventional energy sources: features,
solar energy (direct), solar energy (indirect:
energy of biomass, wind energy), tidal-energy,
geothermal energy.
Distribution, storage and consumption of
energy: features, distribution of heat and
power, storage of heat and power, dynamic of
heat and power consumption.
2
Future of energy supply: features, planning of
energy supply, rational use of energy sources,
magneto-hydrodynamic generators, hydrogen as
an energy vector, fuel cells (low-temperature:
PEM, PAFC; high-temperature: SOFC, MCFC;
combined and hybrid systems), new energy
sources (atomic fusion).
3
6
3
6
3
2
1
Uvod: osnovne definicije (upravljanje z
energijo, elektrarne, sistem), energijske
pretvorbe.
Elektrarne: namen in razdelitev,
razpoložljivost, gospodarnost.
Klasične termoelektrarne: značilnosti,
termodinamične osnove (parni krožni process,
moč in izkoristek, izboljšanje parnega krožnega
procesa), glavni sestavni deli, klasična
termoelektrarna in okolje.
Jedrske elektrarne: značilnosti, delovanje
jedrskih reaktorjev, vrste termičnih jedrskih
reaktorjev, primerjava s klasično
termoelektrarno, jedrska elektrarna in okolje.
Plinske elektrarne: značilnosti
termodinamične osnove (Joulov krožni process,
moč in izkoristek, izboljšanje plinskega
krožnega procesa), glavni sestavni deli, plinskoparni proces, parno plinski proces, plinska
elektrarna in okolje.
Soproizvodnja električne energije in toplote:
značilnosti (vrste soproizvodenj),
termodinamične osnove, delitev stroškov na
energije, industrijske toplarne, izkoriščanje
odpadne toplote.
Vodne elektrarne: značilnosti hidrodinamične
osnove (moč, izkoristek, masni tok), vrste
vodnih elektrarn, primerjava s
termoelektrarnami, vodna elektrarna in okolje.
Nekonvencionalni energijski viri: značilnosti,
sončna energija (direktna), sončna energija
(indirektna: energija biomase, energija vetra),
energija morja, geotermalna energija.
Prenos, Shranjevanje in odjem energije:
značilnosti, prenos električne energije in
toplote, shranjevanje toplote in električne
energije, dinamika porabe toplote in električne
energije.
Prihodnja preskrba z energijo: značilnosti,
načrtovanje preskrbe, smotrna raba energijskih
virov, magnetohidrodinamični generatorji,
vodik kot gorivo, gorivne celice (nizko- in
visokotemperaturne, kombinirani in hibridni
sistemi na osnovi gorivnih celic), novi
energijski viri (jedrska fuzija).
prof.dr. Mirko ČUDINA
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1214 Compressors and Fans
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1214 Kompresorji in ventilatorji
Introduction: Meaning and development of
compressors, blowers and fans in processes for
production of compressed air, in airconditioning systems and transport of gases and
fludized materials.
Types of compressors: Types of compressors,
blowers and fans with regards to forms and
principal of operation. Positive displacement
(piston, rotary) and kinetic compressors, and
their characteristics. Pressure ratio and
examples of application. Speciality of fans and
blowers.
Theoretical fundamentals: Specific work,
delivery number, losses, power and efficiency.
Compression course, ideal and real compression. Thermodynamic processes in positive
displacement and kinetic compressors, indicator diagrams in p-v, T-s and i-s diagrams at the
adiabatic, isotherm and polytropic compression
processes. Main (Euler) equation for kinetic
compressors and fans, and its appearing forms.
Effect of internal losses and compression
shocks on the thermodynamic process of
compression.
Characteristic numbers: Theory of similarity.
Specific speed, pressure coefficient, flow
coefficient, Mach number and sonic number;
their meaning.
Multi-stage compression: Characteristics of
multi-stage compression at the piston and turbocompressors, and their design and speciality.
Representation of multi-stage compression in pv and T-s diagram.
Compressors calculation and design:
Calculation and design of piston and turbocompressors, blowers and fans. Theory of
channels at the centrifugal and theory of
cascade at the axial turbo-compressors and fans.
Compressors performance and regulation:
Performance measurement. Measurement setups and standards. System characteristics and
operation point. Region of operation, surge
point and mussel diagram. Regulation of piston,
rotary and turbo-compressors, and fans.
2
Uvod: Pomen in razvoj kompresorjev, puhal in
ventilatorjev pri proizvodnji stisnjenega zraka,
pri klimatizaciji in transportu plinov in
fluidiziranih snovi.
2
Vrste kompresorjev: Vrste kompresorjev,
puhal in ventilatorjev po zgradbi in principu
delovanja. Batni, rotacijski in turbo kompresorji
ter njihove značilnosti. Kompresijsko razmerje
in primeri uporabe. Posebnosti ventilatorjev in
puhal. Posebnosti batnih kompresorjev. Izvedbe
ventilov za krmiljenje batnih kompresorjev.
Teoretične osnove: Specifično delo, dobavno
število, izgube, moč in izkoristek. Potek
kompresije, idealna in dejanska kompresija.
Termodinamični procesi pri statičnih in turbo
strojih, indikatorski diagrami v p-v, T-s in i-s
diagramih pri adiabatni, izotermni in politropni
kompresiji. Glavna (Eulerjeva) enačba turbo
kompresorja in ventilatorjev in njihove pojavne
oblike. Vpliv notranjega trenja in kompresijskih
sunkov na termodinamični proces kompresije.
Compressors maintenance: Cooling,
lubrication and service of compressors. Criteria
for selection of compressors, blowers and fans.
Axial and radial thrust at turbo-compressors.
4
6
2
4
4
4
Karakteristična števila: Podobnostna teorija.
Značilna vrtilna frekvenca, tlačno in pretočno
število, Machovo in zvočno število. Njihov
pomen.
Večstopenjska kompresija: Značilnosti
večstopenjske kompresije pri batnih in
turbokompresorjih in njihove izvedbe in
posebnosti. Prikaz večstopenjske kompresije v
p-v in T-s diagramu.
Izračun in konstrukcija kompresorjev:
Izračun in konstrukcija batnih in turbo
kompresorjev, puhal in ventilatorjev. Teorija
kanala pri radialnih in teorija kaskade pri
aksialnih turbokompresorjih in ventilatorjih.
Karakteristike in regulacija kompresorjev:
Merjenje karakteristik. Potrebna
preskuševališča in standardi. Karakteristika
sistema in obratovalna točka. Območje
obratovanja, meja črpanja in školjčni diagram.
Regulacija pri batnih, rotacijskih in
turbokompresorjih in ventilatorjih.
Vzdrževanje kompresorjev: Hlajenje,
mazanje in servisiranje kompresorjev. Kriteriji
za izbiro kompresorja, puhala in ventilatorja.
Aksialna in radialna sila pri turbokompresorjih.
Critical speed.
Influence of geometrical and operational
parameters: Influence of type, form and size,
load and speed on performance, efficiency and
noise of compressor, blower and fan.
2
Kritična vrtilna frekvenca.
Vpliv geometrijskih in obratovalnih
parametrov: Vplivi tipa, oblike in velikosti ter
obremenitve in hitrosti na performance,
izkoristek in hrup kompresorja, puhala in
ventilatorja.
doc.dr. Andrej SENEGAČNIK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1215 Fuels and Combustion
1215 Goriva in zgorevanje
I .) FUELS
conception of fuel, fuel fields, stocks
fuels (solid, liquid, gaseous), extraction,
modification, properties, storage
preparing fuels for combustion, grinding,
atomizing, mixing
burners, systems for liquid and gaseous fuels
II.) COMBUSTION
basic definitions and facts, flame properties
thermodynamics of combustion - static
treatment of combustion, combustion and
chemical equilibrium, influential conditions for
the combustion products composition
combustion - chemical kinetics – rate laws and
reaction orders, elementary reactions, chain
reactions
ignition processes, ignition delay, autoignition,
detonations
laminar premixed flame
laminar nonpremixed flame
turbulent flame
combustion of liquid and solid fuels
application of combustion theory for: Otto and
Diesel engine, gas turbine, chamber combustion
in industrial furnaces and steam boilers
combustion pollution products and measures for
their reduction; CO, NOx, SOx, soot, unburned
hydrocarbons
CCS - Carbon Capturing and Storage
technology
I .) GORIVA
pojem goriva, nahajališča, zaloge
goriva (trdna, kapljevita, plinasta) vrste,
pridobivanje, predelava, lastnosti, skladiščenje
priprava goriv za zgorevanje: mletje,
razprševanje, mešanje
gorilniki, sistemi za kapljevita in plinasta goriva
II.) ZGOREVANJE
osnovne definicije in pojmi, lastnosti plamena
termodinamika zgorevanja - statika zgorevanja,
zgorevanje pri kemijskem ravnotežju, vplivni
faktorji sestave produktov
1
3
2
1
1
3
2
kinetika zgorevanja – vrste in študij kemijskih
reakcij, verižne reakcije
2
vžig plinske zmesi, zakasnitev vžiga, samovžig,
detonacija
laminarni plamen
difuzijski plamen
turbulentni plamen
zgorevanje kapljevitih in trdnih goriv
aplikacije teorije zgorevanja na: Otto in Dieselski motor, plinska turb., zgorevanje v prostoru,
industrijske peči in parni kotli
polutanti in ukrepi za njihovo zmanjševanje,
CO, NOx, SOx, saje, nezgoreli ogljikovodiki
1
1
1
4
4
2
2
zajem in shranjevanje CO2 - CCS tehnologija
prof.dr. Brane ŠIROK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1216 Preizkušanje energetskih
strojev
1216 Testing of Power-Machines
Common principles of testing, methods of
testing, measurement chain and measurement
instrumentation. Sections of test stations.
Definition of the problem. Definition of
constant, variable parameters, and initial
conditions.
Layout of test stations for hydraulic machines
for research purposes, preliminary tests, routine
tests, for measurement of characteristics of
power machines, and for acceptance tests.
6
Standardized tests. Open and closed test
stations, specialized test stations for cavitation
tests, measurement of noise, wind tunnels etc.
Tests on prototypes and models, benefits and
weaknesses.
Tests on models: theory of models, similarity
criteria, derivation of similarity criteria
(dimensional analysis and Buckingham π
theorem).
Tests on models, peculiarities with bigger and
smaller models. Use of alternative medium (air
instead of water or water instead of air).
2
Examples of model measurements in
mechanical and chemical engineering.
Execution of tests. Peculiarities of measurement
methods, calibration, processing and
presentation of results, uncertainty, analysis of
uncertainty (systematic and random).
Computer aided measurements, data acquisition
and processing, presentation, measurement
control, control of testing procedures.
6
2
2
4
4
4
Splošni principi testiranja in preizkušanja,
metode in vrste preizkusov, merilna veriga in
merilni instrumenti. Elementi preizkuševališča.
Formulacija problema. Definicija konstantnih in
spremenljivih parametrov, definicija začetnih
pogojev.
Zgradba preizkuševališča hidravličnih strojev:
za znanstveno-raziskovalne namene, za
preliminarne oz. prototipne in rutinske teste, za
določanje karakteristik stroja in naprave, za
prevzemne oz. garancijske teste.
Standardizirani preizkusi. Odprte in zaprte
testne proge, specialna preizkuševališča za
kavitacijske preizkuse, merjenje hrupa, zračni
tuneli, itd. Preizkusi na originalu, na prototipu
in na modelu, prednosti in pomanjkljivosti.
Preizkusi na modelu: teorija modela, kriteriji
podobnosti, tvorba modelih zakonov
(dimenzijska analiza in Buckingahamov π
teorem).
Modelni preizkusi, posebnosti pri povečanem in
pomanjšanem modelu. Uporaba alternativnih
preizkusnih medijev (npr. zraka namesto vode
in obratno).
Praktični primeri modelnih preizkusov v
strojništvu in kemijskem inženirstvu.
Izvedba preizkusa. Posebnosti merilnih metod,
kalibracija, obdelava in prikaz rezultatov,
stopnja natančnosti, analiza napak (sistemskih
in slučajnih).
Računalniško vodenje preizkusa: računalniško
zbiranje merilnih podatkov in njihovo
procesiranje ter prikaz in krmiljenje poteka
meritev in celotnega preizkusa oz. testa.
prof.dr. Ferdinand TRENC
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1217 Internal Combustion Engines
General performance characteristics of the
reciprocating internal combustion engines
(ICE);
Supercharging and turbocharging the ICE:
analysis, validation of different concepts,
aftercooling of the fresh combustion charge and
its influence on economy, thermal, mechanical
loading and on the exhaust gas emission;
Cooling of the ICE: liquid (description, design
solutions, efficiency), air (heat transfer analysis
on cooling surfaces;
Crank mechanism of an ICE; basic kinematics,
determination of free forces and moments for
different ICE cylinder arrangements, design and
technology details of an ICE crank shaft; piston,
piston pin; connecting rod: loading case, design
solutions;
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1217 Motorji z notranjim
zgorevanjem
6
Osnovne karakteristike; ocena vplivnih
parametrov, ki določajo moč motorjev;
12
Tlačna polnitev: namen, razdelitev sistemov,
ocena sistemov, vmesno hlajenje zraka za
zgorevaje in njegov vpliv na karakteristike
delovnega cikla, vpliv na emisijo izpušnih
plinov;
Hlajenje motorjev: tekočinsko (opis, izvedbe,
učinkovitost); zračno (prenos toplote preko
orebrenih površin, optimiranje geometrije
reber);
Ročični mehanizem: osnovna kinematika,
uravnoteženje prostih sil in momentov,
konstrukcijske posebnosti pri ročični gredi,
tehnologija; bat, obročki sornik, ojnica –
napetosti, konstrukcijske rešitve;
4
8
doc.dr. Mihael SEKAVČNIK
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1218 Steam and Gas Turbines
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-TSN-ESN
Seminar
15
1218 Parne in plinske turbine
1. Introduction: basic definitions and
nomenclature, degree of reaction, theoretical
background
2. Turbine stages: axial turbine stage, velocity
triangles, isentropic efficiency, Parsons and
Laval turbine stage, performance, successive
use of kinetic energy, low-reaction turbine
stage, radial turbine stage
3
1. Uvod: osnovne definicije in pojmovnik,
stopnja reaktivnosti in teoretične osnove
4
3. Efficiencies and internal losses in a turbine
stage
4. Multi-stage turbines, exit energy recovery,
power and efficiency of multi-stage turbines,
Baumann's stage
5. Turbines as a whole: theoretic, internal and
effective power, efficiencies, specific heat
consumption
6. Forces and loadings: centrifugal and pressure
forces, dynamic forces, stresses, limitation
turbine problem
7. Construction: rotor, bearings and lubrication,
housing, foundation, regulation, and operation
8. Aplications: Thermal power plants, industrial
turbines and expanders, CHP turbines, special
designs
9. Gas turbines: Joule cycle, net power,
efficiencies (thermal, isentropic and effective),
fuel consumption, compressors, combustion
chamber, turbine, reductor, heat recuperation,
thermal loadings and blade cooling
2
10. Applications: stationary gas turbine power
plants, gas turbines for natural gas compression,
smaller expanders, aeroderivative gas turbines.
3
2. Turbinske stopnje: aksialna turbinska
stopnja, trikotniki hitrosti, notranji izkoristek,
Parsonova in Lavalova turbinska stopnja, moč,
postopno izkoriščanje kinetične energije,
stopnje z majhno reaktivnostjo, radialna
turbinska stopnja
3. Izkoristki in notranje izgube turbinske
stopnje
4. Večstopenjske turbine, izkoriščanje iztočne
energije, moč in izkoristek večstopenjskih
turbin, Baumannova stopnja
5. Turbina kot celota: teoretična, notranja in
efektivna moč, izkoristki, specifična poraba
toplote
6. Sile in obremenitve: centrifugalne in tlačne
sile, dinamične sile, napetosti, problem mejne
turbine
7. Konstrukcija: rotor, ležaji in oljni sistem,
ohišje, temeljenje, regulacija in obratovanje
8. Izvedbe: turbine v termoelektrarnah,
industrijske turbine in ekspanderji, turbine v
soproizvodnji toplote, posebne izvedbe turbin
9. Plinske turbine: Joulov krožni proces,
izkoristki (termični, notranji in efektivni),
poraba goriva, kompresorji, zgorevalne komore,
turbinski rotor, reduktor, regenerativni grelnik
zraka, termična obremenitev in hlajenje
turbinskih lopatic
10. Izvedbe: stacionarne plinske turbine, turbine
za pogon kompresorjev zemeljskega plina,
manjši ekspanderji, letalske plinske turbine v
stacionarnih aplikacijah.
3
3
3
3
3
3
izr.prof.dr. Miha BOLTEŽAR
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1233 Dynamics of Machines
Introduction: The aim of the course,
connection to previous courses
One degree-of-freedom systems: Periodic
excitation-Fourier expansion, impact excitationimpulse response function, convolution integral,
applications in mechanical engineering
Vibroisolation: Elements of passive
vibroisolation, influence of damping,
introduction to active control of vibrations
Several-degree-of-freedom systems
vibrations: Matrix notation, solution of free
vibrations, connection of physical and principal
coordinates, modal coordinates, ortgonality
principle, assumed modes method, applications
in mechanical engineering
Vibrations of distributed systems: Lateral
vibrations of a string, axial vibrations of rods,
torsional vibrations of shafts, flexural vibrations
of beams, normal modes, applications in
mechanical engineering
Basic elements of nonlinear vibrations:
Classification of nonlinear vibrations, free and
forced response, jump phenomenon
Rotordynamics: Critical speeds of flexible
rotors, the influence of bearings, the causes of
instabilities
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-TSN-ESN
Seminar
-
1233 Dinamika strojev
2
6
6
13
Uvod: Namen predmeta, povezavo s
predhodnimi predmeti
Nihanja sistemov z eno pr. stopnjo:
Periodična motnja-Fourierjeva razčlenitev;
odziv pri udarno motnji, konvolcija, uporaba v
strojništvu
Vibroizolacija: Elementi pasivne
vibroizolacije, vpliv dušenja, osnova aktivne
kontrole vibracij
Nihanja sistmeov z več pr. stopnjami:
Matrični zapis, povezava fizikalnih in modalnih
koordinat, princip ortogonalnosti, določevanje
odziva kot vsote lastnih nihanj, aplikacije v
strojniški praksi
8
Nihanja porazdeljenih sistemov: Prečna
nihanja strune, osna nihanja palic, torzijska
nihanja gredi, upogibna nihanja nosilcev, lastne
oblik, uporaba v strojniški praksi
4
Osnove nelinearnih nihanj: Klasifikacija
nelinearnih nihanj, lastna in vsiljena nihanja za
sisteme z eno pr. stopnjo
Dinamika rotorjev: Kritične vrtilne hitrosti
večmasnih rotorjev, vpliv ležajev, vzroki za
nestabilnost teka
6
izr.prof.dr. Iztok GOLOBIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1234 Thermodynamics of Mixture
Introduction, ideal gas mixtures.
Ideal gas-vapor mixtures.
Moist air, Mollier h-x diagram , dry-bulb and
wet-bulb temperature.
Conservation of mass and energy applied to
psychrometric systems,
Heating and cooling, humidification and
dehumidification, evaporative cooling.
Mixing of air- water vapor streams, aircondition, cooling towers, drying.
Gibbs energy, fundamental property relation,
chemical potential.
Real mixtures, equations of state for pure fluids,
equations of state for mixtures.
Solution thermodynamics, chemical potential as
criterion for phase equilibrium.
Fugacity and fugacity coefficient, the ideal
solutions, excess properties.
Vapor-liquid equilibrium, equilibrium and
stability.
Thermodynamic processes with mixtures.
Chemical reactions and combustion, enthalpy of
formation, enthalpy of reaction, fuel cells.
Chemical and phase equilibrium, application of
equilibrium criteria to chemical reactions.
Transport properties of mixtures, data of
thermodynamic properties of pure fluids and
mixtures.
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-TSN-ESN
Seminar
-
1234 Termodinamika zmesi
3
3
3
3
3
3
3
3
3
3
6
3
3
3
Uvod, zmesi idealnih plinov.
Zmesi plinov in par.
Vlažen zrak, Mollierov h-x diagram,
temperatura suhega in mokrega termometra.
Ohranjanje mase in energije v psihrometrijskih
sistemih, gretje in hlajenje, vlaženje in
razvlaževanje, evaporativno hlajenje.
Mešanje vlažnih zračnih tokov, klimatizacija,
hladilni stolpi, sušenje.
Gibbsova energija, gibbsova glavna enačba,
kemijski potencial.
Realne zmesi, enačbe stanja za čiste snovi,
enačbe stanja za zmesi.
Termodinamika raztopin, kemijski potencial
kot kriterij faznega ravnotežja.
Fugativnost in fugativnostni koeficient, idealne
raztopine, presežne veličine.
Parno - kapljevito ravnotežje, ravnotežje in
stabilnost.
Termodinamični procesi z zmesmi.
Kemijske reakcije in zgorevanje, tvorbena in
reakcijska entalpija, gorivne celice.
Reakcijska in fazna ravnotežja, uporaba
ravnotežnih kriterijev za kemijske reakcije.
Transportne lastnosti zmesi, baze podatkov o
termodinamskih snovnih lastnosti čistih snovi
in zmesi.
prof.dr. Karl KUZMAN / prof.dr. Janez KOPAČ
Lectures
Exercises
Seminar
45
15
15
Contents of lectures
h/ure
1235 Manufacturing Technologies
Description, definition of products and their
linkage to production.
Parameters that determine the selection of
particular technology.
The influence of market, time, and series on
selection of optimal technological sequences.
Detailed description of cutting processes with
geometrically defined and undefined cutting
edges, forming processes, separating processes
and assembly processes.
Review of machine tools and computer aided
process design and planning.
Predavanja
45
Vsebina predavanj
Vaje
15
5. UN-TSN-ESN
Seminar
15
1235 Proizvodne tehnologije
6
8
8
15
8
Opis, definicija izdelkov in njihova navezanost
na izdelavo.
Parametri, ki pogojujejo izbiro določene
tehnologije.
Vpliv trga, časa, količin na iskanje optimalnih
tehnoloških poti.
Razvrstitev izdelovalnih postopkov.
Poglobljena predstavitev postopkov
odrezovanja z definirano in nedefinirano obliko
odrezka, postopki preoblikovanja, postopki
odrezovanja in preoblikovanja z direktnim
dovajanjem energije, postopki ločevanja,
postopki sestavljanja in montaže.
Informacija o strojih in napravah, o računalniški
podpori pri načrtovanju in vodenju procesov.
izr.prof.dr. Ivan BAJSIĆ
Lectures
Exercises
30
45
Contents of lectures
Seminar
h/ure
1241 Experimental Fluid Mechanics
Physical laws of fluid mechanics and their
application in measurement techniques.
State-of-the-art measurement techniques in
fluid mechanics: thermo-anemometry, laser
anemometry LDA and PDA, interferometry,
visualization methods.
Measurement of velocity and streams using the
signal correlation method.
Measurement techniques in two-phase fluids.
Measurement of turbulence intensity and shear
strain.
Local measurement of pressure and velocity.
Testing stations and acceptance tests.
Planning and modelling of measurement
systems.
Predavanja
30
Vsebina predavanj
4. UN-ES-TOT-PRS
Vaje
Seminar
45
-
1241 Eksperimentalna mehanika
tekočin
2
12
6
2
2
2
2
2
Fizikalni zakoni mehanike tekočin in njihova
uporaba v merilni tehniki.
Sodobne merilne metode v mehaniki tekočin;
termoanemometrija, laserska anemometrija
LDA in PDA, interferometrija, vizualizacija
tokov.
Merjenje hitrosti in tokov na temelju
korelacijske analize signalov.
Merilna tehnika v dvofaznih tekočinah.
Meritve intenzivnosti turbulence in strižnih
napetosti.
Lokalne meritve tlakov in hitrosti.
Preizkusne postaje in prevzemne meritve.
Načrtovanje in modeliranje merilnih sistemov.
prof.dr. Iztok ŽUN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Vaje
30
4. UN-TOT-PRS
Seminar
15
1242 Računalniška dinamika tekočin
1242 Computational Fluid Dynamics
Introduction to CFD
Governing equations in fluid dynamics
Finite difference method
Finite volume method
Solution of Navier-Stokes equation
Modeling of turbulent flow
Grid generation
Post processing
Verification and validation
Practical examples
Predavanja
30
Vsebina predavanj
3
3
3
3
3
3
3
3
3
3
Uvod v računalniško dinamiko tekočin
Vodilne enačbe dinamike tekočin.
Metoda končnih razlik
Metoda končnih volumnov
Reševanje Navier-Stokes-ove enačbe
Modeliranje turbulentnega toka
Generacija numerične mreže
Post-procesiranje
Verifakicja in validacija
Praktični primeri.
izr.prof.dr. Vincenc BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1243 Air – Conditioning
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-TOT-PRS
Seminar
-
1243 Klimatizacija
1. Introduction
2. Meteorology basic, outdoor environment
(wind, sun irradiation, …)
1
3
3. Degree days and energy
Consumption
4. Indoor environment, thermal comfort,
thermal environment and air quality in occupied
spaces. Indoor environment modeling
2
5. Basics of building physics
6. Heating and cooling load
Calculation
7. Energy estimating and modeling methods
3
5
8. Basic processes with humid air
9. Ventilation, ventilation effectiveness
2
2
10. Room air distribution
11. Air-conditioning systems – equipments and
elements
12. Air-conditioning systems: air,
air-hydronic
13. Hydronic heating, water pipes, air-ducts and
grids design
2
3
14. Heating equipment and
Systems
15. Energy recovery
16. Fundamentals of HVAC regulation control,
central control systems
17. HVAC basic design, testing and quality
evaluation
2
18. Mathematical modeling and simulation
2
4
3
3
2
2
2
2
1. Uvod
2. Meteorološke osnove, zunanje
okolje (veter, sončno
obsevanje, …)
3. Temperaturni primanjkljaj in
raba energije
4. Notranje okolje, toplotno
okolje in kakovost zraka v
bivalnih prostorih. Modeliranje
notranjega okolja
5. Osnove gradbene fizike
6. Izračun toplotnih izgub in
hladilnih obremenitev stavb
7. Predvidena raba energije in
metode modeliranja
8. Osnovni procesi z vlažnim zrakom
9. Prezračevanje, učinkovitost
prezračevanja
10. Porazdelitev zraka v prostoru
11. Klimatski sistemi- naprave in
elementi
12. Klimatski sistemi: zračni,
zračno-vodni
13. Dimenzioniranje vodnih
ogrevalnih sistemov, zračnih
kanalov in rešetk
14. Ogrevalne naprave in sistemi
15. Rekuperacija toplote
16. Osnove kontrole regulacije
OPK, centralni nadzorni sistemi
Osnovna načela projektiranja
OPK, preskušanje in
ocenjevanje kakovosti
18. Matematično modeliranje in
simulacija
prof.dr. Alojz POREDOŠ
Lectures
Exercises
45
15
Contents of lectures
Seminar
15
h/ure
1244 Refrigeration
Predavanja
45
Vsebina predavanj
Vaje
15
4. UN-TOT-PRS
Seminar
15
1244 Hlajenje
Introduction, historical overview, basic
definitions
Refrigeration in food technology
Cooling and freezing of food
Refrigeration load calculation
Vapor compression processes
Refrigerants
Two and three stage, cascade refrigeration
processes
Gas refrigeration processes
Thermoelectric refrigeration processes
Sorption refrigeration processes
Exergy analysis of refrigeration processes
Introduction to refrigeration systems
Mechanical compressors, delivery coefficient,
regulation
Evaporators, calculation and design
Condensers, calculation and design
Cooling towers, calculation and design
Expansion valves
Control devices, valves, safety elements, tubes
2
Uvod, zgodovinski pregled, osnovne definicije
3
2
2
5
2
2
Capilary tube refrigeration systems
2
Hlajenje v živilski tehnologiji
Hlajenje in zamrzovanje živil
Preračun hladilne obremenitve
Parni hladilni procesi
Hladiva
Dvo in tristopenjski ter kaskadni hladilni
procesi
Plinski hladilni procesi
Termoelektrično hlajenje
Sorpcijsko hlajenje
Eksergijska analiza hladilnih procesov
Uvod v hladilne sisteme
Mehanski kompresorji, dobavni koeficient,
regulacija
Uparjalniki, preračun in dimenzioniranje
Kondenzatorji, preračun in dimenzioniranje
Hladilni stolpi, preračun in dimenzioniranje
Ekspanzijski ventili
Regulacijski elementi, ventili, varnostni
elementi, cevi
Hladilni sistemi s kapilarno cevjo
1
1
3
3
1
3
2
3
2
2
4
izr.prof.dr. Iztok GOLOBIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1245 Thermodynamics of Mixture
Introduction, ideal gas mixtures.
Ideal gas-vapor mixtures.
Moist air, Mollier h-x diagram , dry-bulb and
wet-bulb temperature.
Conservation of mass and energy applied to
psychrometric systems
Heating and cooling, humidification and
dehumidification, evaporative cooling.
Mixing of air- water vapor streams, aircondition, cooling towers, drying.
Gibbs energy, fundamental property relation,
chemical potential.
Real mixtures, equations of state for pure fluids,
equations of state for mixtures.
Solution thermodynamics, chemical potential as
criterion for phase equilibrium.
Fugacity and fugacity coefficient, the ideal
solutions, excess properties.
Vapor-liquid equilibrium, equilibrium and
stability.
Thermodynamic processes with mixtures.
Chemical reactions and combustion, enthalpy of
formation, enthalpy of reaction, fuel cells.
Chemical and phase equilibrium, application of
equilibrium criteria tochemical reactions.
Transport properties of mixtures, data of
thermodynamic properties of pure fluids and
mixtures.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-TOT-PRS
Seminar
-
1245 Termodinamika zmesi
3
3
3
3
3
3
3
3
3
3
6
3
3
3
Uvod, zmesi idealnih plinov.
Zmesi plinov in par.
Vlažen zrak, Mollierov h-x diagram,
temperatura suhega in mokrega termometra.
Ohranjanje mase in energije v psihrometrijskih
sistemih, gretje in hlajenje, vlaženje in
razvlaževanje, evaporativno hlajenje.
Mešanje vlažnih zračnih tokov, klimatizacija,
hladilni stolpi, sušenje.
Gibbsova energija, gibbsova glavna enačba,
kemijski potencial.
Realne zmesi, enačbe stanja za čiste snovi,
enačbe stanja za zmesi.
Termodinamika raztopin, kemijski potencial
kot kriterij faznega ravnotežja.
Fugativnost in fugativnostni koeficient, idealne
raztopine, presežne veličine.
Parno - kapljevito ravnotežje, ravnotežje in
stabilnost.
Termodinamični procesi z zmesmi.
Kemijske reakcije in zgorevanje, tvorbena in
reakcijska entalpija, gorivne celice.
Reakcijska in fazna ravnotežja, uporaba
ravnotežnih kriterijev za kemijske reakcije.
Transportne lastnosti zmesi, baze podatkov o
termodinamskih snovnih lastnosti čistih snovi
in zmesi.
prof.dr. Iztok ŽUN
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1246 Two-Phase Flow
Introduction: Basic Concepts
Homogeneous Flow Model
Separated Flow Model
Drift Flux Model
Phase Interface Phenomena
Applications
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-TOT-PRS
Seminar
-
1246 Dvofazni tok
6
6
9
4
8
12
Uvod: osnovni koncepti
Model homogenega toka
Model toka ločenih faz
Model vleka
Pojavi na stični površini
Aplikacije
izr.prof.dr. Sašo MEDVED
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
Vaje
30
4. UN-TOT-PRS
Seminar
15
1255 Uvod v inženirstvo okolja
1255 Introduction to environmental
engineering
Human and environment
Global climate changes
Mass and energy transfer in environmental
spheres
Mathematics of growth
Energy and Environment
Environmental chemistry
Emission and imission
Air pollution and emission controls
Atmospheric Dispersion
Surface and ground water quality
Water pollution and water treatment
Waste treatment, 5R strategy
Liquate and solid waste treatment
Energy from waste
Predavanja
30
Vsebina predavanj
2
2
2
Človeštvo in okolje
Podnebne sprememebe
Prenos energije in snovi v okoljskih sferah
2
4
2
2
2
2
2
2
2
2
2
Matematika rasti
Energija in okolje
Okoljska kemija
Emisije in imisije
Onesnaževala zraka in zmanšanje emisij
Širjenje onesnaževal v ozračju
Kakovost površinskih in podzemnih voda
Onesnaževanje voda in čisčenje odpadnih vod
Ravnanje z odpadki, 5R strategija
Tekoči in trdni odpadki
Proizvodnja energije iz odpadkov
izr.prof.dr. Iztok GOLOBIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1256 Process Engineering 1
Introduction, thermal process engineering,
evaporation.
Distillation.
Rectification.
Absorption, adsorption, extraction,
crystallization.
Drying.
Mechanical process engineering, filtration,
crushing, mixing.
Membrane technology.
Bio-process engineering, bioreactors, chemical
reaction engineering, catalysis.
Sustainable development, economic,
environmental and social performance indicators,
engineering codex, standards and
recommendations - ipcc, iso 14000, gri.
Energy and sustainable development,
interaction of c, o, h, s, p, n cycles in nature.
Constructal theory of generation of energyprocess systems.
Environmental process engineering.
Management of processes, scale-up and scaledown .
Advanced process technology, mems and nano
technology.
Process development, planning, evaluation and
start up of process plant.
Process engineering I seminar presentations.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-TOT-PRS
Seminar
-
1256 Procesna tehnika 1
3
Uvod, termično procesno inženirstvo, uparjanje.
3
3
3
Destilacija.
Rektifikacija.
Absorpcija, adsorpcija, ekstrakcija,
kristalizacija.
Sušenje.
Mehansko procesno inženirstvo, filtracija,
drobljenje, mešanje.
Membranska tehnologija.
Bioprocesno inženirstvo , bioreaktorji, kemijsko
reakcijsko inženirstvo, kataliza.
Trajnostni razvoj, ekonomski, okoljski in
socialni indikatorji, inženirski kodeks, standardi
in priporočila - IPCC, ISO 14000, GRI.
3
3
3
3
3
3
3
3
3
3
3
Energija in trajnostni razvoj, medsebojni vplivi
C, O, H, S, P, N tokokrogov v naravi.
Konstrukcijska teorija generiranja energijsko
procesnih sistemov.
Procesno inženirstvo v okoljski tehniki.
Vodenje procesov, prenos iz manjšega v večje
pirocese in prenos iz večjega v manjše.
Napredne tehnologije v procesnem inženirstvu,
MEMS in nano tehnologije.
Razvojni procesni inženiring, načrtovanje,
vrednotenje in zagon procesnih sistemov.
Predstavitev projektnega dela Procesna tehnika
I.
prof.dr. Alojz POREDOŠ / izr.prof.dr. Iztok GOLOBIČ
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1257 Heat Exchangers
Basics of heat exchangers (HE)
Types of HE
Application of HE
Single phase heat transfer HE
Shell and tube HE – basic calculation
methodology
Extended surfaces HE - basic calculation
methodology
Pressure loss in HE
Boiling - heat transfer and pressure loss
Condensation - heat transfer and pressure loss
Evaporators and condensers- thermal and
hydraulic design
Heat pipe HE
Porous media, Heat transfer in electronic
equipment
Heat transfer enhancement in HE
Fouling - fouling mechanisms, HE in process
engineering
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-TOT-PRS
Seminar
-
1257 Prenosniki toplote
3
3
3
3
Osnove prenosnikov toplote (PT)
Tipi PT
Uporaba PT
PT z enofaznim prenosom toplote
3
Kotelni PT – osnovne metodologije preračuna
PT z razširjenimi površinami – osnovne
metodologije preračuna
Tlačne izgube v PT
Vrenje – prenos toplote in tlačne izgube
Kondenzacija – prenos toplote in tlačne izgube
Uparjalniki in kondenzatorji – toplotno in
hidravlično dimenzioniranje
PT s toplotno cevjo
Porozni sloji, prenos toplote v elektronskih
komponentah
Izboljšanje prenosa toplote v PT
Obloge – mehanizem nastajanja oblog, PT v
procesnem inženirstvu
6
3
3
3
3
3
3
3
3
izr.prof.dr. Sašo MEDVED
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1273 Renewable Energy Sources
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-TOT-PRS
Seminar
-
1273 Obnovljivi viri energije
Introduction to renewable energy sources
Potential of renewable energy sources in the
world and in Slovenia
Heat transfer by radiation
Solar energy and geosolar geometrical relations
3
2
Pomen obnovljivih virov energije (OVE)
Potencial OVE v svetu in Sloveniji
3
4
Low temperature solar heating systems
Energy efficient buildings
Unstationary heat transfer in solar heated
buildings, heat storage
Modelling of heat transfer in solar heating
systems
High temperature solar heating systems
Solar cooling
Photovoltaic systems
Wind energy
Fuels from biomass
Geothermal energy
Ocean, tidal and wave energy
Feasibility studies
2
2
3
Prenos toplote s sevanjem
Sončna energija in geosolarne geometrijske
relacije
Nizkotemperaturni solarni ogrevalni sistemi
Energijsko učinkovite stavbe
Nestacionarni prenos toplote v stavbah in
hranilniki toplote
Modeliranje srednje temperaturnih solarnih
ogrevalnih sistemov
Visokotemperaturni solarni sistemi
Solarno hlajenje
Fotonapetostni sistemi
Pretvarjanje vetrne energije
Goriva iz biomase
Izkoriščanje geotermalne energije
Energija oceanov, plimovanja in valovanja
Študije izvedljivosti
6
3
2
3
3
3
3
1
2
doc.dr. Andrej BOMBAČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1274 Process Engineering 2
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-TOT-PRS
Seminar
-
1274 Procesna tehnika 2
Introduction
Chemical Reaction Engineering
Crystallization
aim and application, design, heat exchange
calculation
3
3
3
Uvod
Načrtovanje kemijskih reakcij
Kristalizacija
namen in uporaba, izvedbe, toplotno tehnični
preračun
Extraction
aim and application, design, heat exchange
calculation
Fermentation
breeding of micro organisms by optimum
conditions, production of metabolites, growth
kinetics of organisms, fermentation processes
3
Ekstrakcija
namen in uporaba, izvedbe, toplotno tehnični
preračun
Fermetacijska tehnika
vzgoja mikroorganizmov, tvorjenje metabolitov,
kinetika rasti mikroorganizmov, fermentacijski
procesi
Agitation and Mixing of Liquids
agitated vessels, blending and mixing,
suspension of solid particles, dispersion
operations, agitator selection and scaleup,
mass transfer correlations, heat exchange in
agitated vessels
24
Mešanje kapljevinskih sistemov
mešalne posode, homogenizacija, suspenzije
trdnih delcev, dispergiranje, izbira mešalne
opreme in povečava, korelacije za prenos snovi,
izmenjava toplote v mešalnih posodah
Static mixers
3
Statična mešala
6
doc.dr. Bogdan FILIPIČ
Lectures
Exercises
30
45
Contents of lectures
Seminar
h/ure
1275 Intelligent Systems
Predavanja
30
Vsebina predavanj
Vaje
45
5. UN-TOT-PRS
Seminar
-
1275 Inteligentni sistemi
Introduction: Artificial intelligence, its goals
and methods. Turing test. Intelligent systems.
Computational intelligence. Application areas.
Problem solving in state space: Problem
representation in state space. State-space search
strategies: depth-first search, breadth-first
search, best-first search. A* algorithm and its
properties.
2
Expert systems: Definition, properties and
application areas. Expert system architecture.
Knowledge representation with if-then rules.
Inference network. Reasoning and explaining
decisions in expert systems. Representing
inexact knowledge. Probabilistic reasoning.
Case study: fault diagnosing. Problems of
knowledge acquisition.
6
Machine learning: Definition, goals and types
of machine learning. Machine learning from
examples. Decision tables, decision trees and
classification rules. ID3-type learning
algorithms. Classification accuracy and
comprehensibility of the learned concepts.
Learning from incomplete and noisy data. Case
studies: machine learning in technological
parameter setting and industrial process control.
6
Strojno učenje: Definicija, cilji in vrste
strojnega učenja. Strojno učenje na osnovi
primerov. Odločitvene tabele, odločitvena
drevesa in klasifikacijska pravila. Učni
algoritmi tipa ID3. Klasifikacijska točnost in
razumljivost naučenih konceptov. Učenje iz
nepopolnih in šumnih podatkov. Primeri
uporabe v nastavljanju parametrov tehnoloških
postopkov in vodenju industrijskih procesov.
Evolutionary computing: Motivation,
concepts and methods. Evolutionary
algorithms: representation of solutions, search
procedure and algorithm parameters.
Optimization with evolutionary algorithms:
robustness, dealing with constraints, dynamic
and multi-objective problems. Case studies:
process parameter optimization and production
scheduling.
6
Evolucijsko računanje: Motivacija, koncepti
in metode. Evolucijski algoritmi: predstavitev
rešitev, preiskovalni postopek in parametri
algoritma. Optimizacija z evolucijskimi
algoritmi: robustnost, obravnavanje omejitev,
dinamični in večkriterijski problemi. Primeri
uporabe v optimizaciji procesnih parametrov in
razporejanju opravil v proizvodnji.
Related areas: fuzzy logic, neural networks,
computer vision, natural language processing,
computer agents, intelligent robots.
6
Pregled sorodnih področij: mehka logika,
nevronske mreže, računalniški vid, računalniško
procesiranje naravnega jezika, računalniški
agenti, inteligentni roboti.
4
Uvod: Umetna inteligenca, njeni cilji in
metode. Turingov test. Inteligentni sistemi.
Računska inteligenca. Področja uporabe.
Reševanje problemov v prostoru stanj:
Predstavitev problemov s prostorom stanj.
Strategije preiskovanja prostora stanj: iskanje v
globino, iskanje v širino in iskanje po načelu
najprej najboljši. Algoritem A* in njegove
lastnosti.
Ekspertni sistemi: Definicija, lastnosti in
področja uporabe. Zgradba ekspertnih sistemov.
Predstavitev znanja s pravili če-potem. Mreža
sklepanja. Sklepanje in pojasnjevanje v
ekspertnih sistemih. Predstavitev neeksatnega
znanja in verjetnostno sklepanje. Primer
uporabe v diagnosticiranju okvar. Problemi
zajemanja ekspertnega znanja.
prof.dr. Jožef DUHOVNIK
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1401 Računalniško podprto
konstruiranje - CAD
1401 Computer Aided Design
Designer’s environment and use of computer
aided technologies throughout the D&D
process.
7 phases of D&D process (Hubka)
2
Okolje konstruktorja pri uporabi računalniške
tehnologije v celotnem R&K procesu.
2
Iterative D&D process using golden loop
(Duhovnik)
Relation between function and shape.
Specification of engineering software:
modelers, various analyses of solids, liquids
and gases, other software
Description of design levels. Introduction of
engineering software regarding the design
levels.
Classification: modular, product and other.
Natural classification and its basics.
Technical documentation according to phases
of manufacturing process (managerial, D&D,
technological)
Changes of technical documentation initiated
by the use of computer technologies.
Product structure and its direct influence on the
structure of technical documentation. The
content of technical documentation
Expert systems: purpose, knowledge
representation, inference mechanisms, structure
2
Computer hardware appropriate for engineering
design: basic units, dedicated hardware for a
workplace , workplace in virtual world,
networks, communication
4
Engineering software: basics, geometric
modeler (topology, database), geometric and
user primitives, space orientation, use and
potential of parametric curves.
Software enabling data exchange: IGES, STEP,
etc.
PDM and PLM systems. Basics needed to
understand software environment within the
industrial environment. Requirements for
connection between D&D and manufacturing
process
Integrated manufacturing in modern distributed
production environment. Introduction of PDM
systems into praxis and steps needed for
efficient application
8
Razvojno konstrukcijki proces s sedmimi
fazami (HUBKA).
R&K iterativni proces z zlato zanko
(DUHOVNIK)
Povezava med funkcijo in obliko.
Umestitev programske opreme: modelirnikov,
analize napetostnih stanj v trdninah, tekočinah
in plinih in ostala programska oprema.
Opredelitev nivojev konstruiranja. Predstavitev
potrebne programske opreme pri različnih
nivojih konstruiranja.
Klasifikacija: modularna, izdelčna in druga.
Naravna klasifikacija in njene osnove.
Tehnična dokumentacija glede na dele
proizvodnega procesa (upravna, konstrukcijska
(R&K), tehnološka (izdelovalna))
Spremembe v izdelavi dokumentacije zaradi
uporabe računalniških tehnologij.
Struktura izdelka in neposreden vpliv na
strukturo tehnične dokumentacije. Podatkovna
vsebina delavniške dokumentacije.
Ekspertni sistemi: namen, predstavitev znanja,
mehanizmi sklepanja. Struktura ekspertnih
sistemov.
Strojna oprema primerna za konstruiranje:
osnovne enote, namenska sestava strojne
opreme za posamezno delovno mesto (DM),
DM v virtualnem svetu, omrežja (LAN, WAN,
internet), komunikacija med omrežji.
Programska oprema: osnove, geometrijski
modelirnik (topologije, baza podatkov),
geometrijski in uporabniški primitivi,
prostorska orientacija, uporaba oz. možnosti
parametričnih krivulj.
2
1
2
2
2
2
2
6
4
PDM in PLM sistemi. Osnove za razumevanje
programskega okolja v proizvodnem okolju.
Zahteve za povezavo podatkov med razvojnokonstrukcijskim in izdelovalnim procesom.
4
Integrirana proizvodnja v modernem
distribuiranem okolju proizvodnje.Uvajanje
PDM sistemov in potrebni koraki.
izr.prof.dr. Marko NAGODE / prof.dr. Matija FAJDIGA
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1402 Product Effectiveness
Technical systems in mechanical engineering
and operating conditions (definitions,
evaluation criteria, effectiveness and operating
conditions).
Function of effectiveness (operational
readiness, availability and capability).
Effectiveness as random variable and its
modelling.
Design and development tools for the prediction
and approval of effectiveness.
Effectiveness, product worth and product
quality.
Effectiveness and maintenance.
Structuring for effectiveness reliability and
maintainability, influence of the structure,
effectiveness allocation, design and
development steps.
Operating state (loads, randomness, load
modelling, probability of occurrence).
Effectiveness and reliability as the cross-section
of the operating state and of critical loads.
Durability in the fields of static strength, lowcycle fatigue, high-cycle fatigue, endurance
fatigue and operational strength. Damage
accumulation hypotheses.
Evaluation of the product on effectiveness,
reliability and maintainability.
Experimental determination of effectiveness,
reliability and maintainability.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1402 Efektivnost proizvodov
1
Tehnični sistemi v strojništvu in obratovalni
pogoji (definicije, kriteriji za oceno, efektivnost
in obratovalni pogoji).
4
Funkcija efektivnosti (pripravljenost za
obratovanje, razpoložljivost, zmogljivost).
Naključnost efektivnosti in modeli za popis.
4
Konstrukcijski in razvojni postopki za napoved
in ugotavljanje efektivnosti.
Efektivnost, vrednost in kvaliteta proizvoda.
1
3
10
Efektivnost in vzdrževanje.
Strukturiranje za efektivnost, zanesljivost in
vzdrževalnost, vpliv strukture, alokacija
efektivnosti, konstrukcijski in razvojni koraki.
6
Obratovalno stanje (obremenitve, naključnost,
popis obremenitev, verjetnost realizacije).
Efektivnost in zanesljivost kot presek
obratovalnega stanja in kritičnih obremenitev.
Zdržljivost v področju statične, malociklične,
visokociklične, trajnodinamične ter obratovalne
trdnosti, hipoteze o akumulaciji poškodb.
2
10
4
Vrednotenje proizvoda na efektivnost
zanesljivost in vzdrževalnost.
Eksperimentalno ugotavljanje efektivnosti,
zanesljivosti in vzdrževalnosti.
prof.dr. Jožef VIŽINTIN
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1403 Mechanical Power
Transmissions
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1403 Mehanski pogoni
Fundamentals, Classification, Definition
Drive system characteristics
Drive systems selection based on calculated and
design criteria
Geometric and functional adaptation
Driving gears
Driving gears with constant shift ratio
Single and combined stage planetary gears
Friction planetary gears
Driving gears with manual change gear system
2
1
1
Driving gears with automatic change gear
system
Mechanical, Hydraulic and Electric –
Continuously Variable Transmissions (CVT)
Combining power transmissions
Differential gears
Special driving gears
Drive gears damage and lubrication
6
1
2
1
6
1
6
6
4
3
1
4
Osnove, Razvrstitev, Definicija gonila
Karakteristike pogonskih sistemov
Notranji in zunanji kriteriji za izbiro pogonskih
sistemov
Geometrijska in funkcijska prilagoditev
Predležna gonila
Gonila s stalnim prestavnim razmerjem
Enostavna in sestavljena planetna gonila
Torna planetna gonila
Gonila z ročno nastavljivim prestavnim
razmerjem
Gonila z avtomatsko nastavljivim prestavnim
razmerjem
Mehanska, hidravlična in električna
brestopenska (CVT)gonila
Kombinirani pogoni
Diferencial
Posebna zobniška gonila
Poškodbe in mazanje
izr.prof.dr. Marko NAGODE / prof.dr. Matija FAJDIGA
Lectures
Exercises
Seminar
30
45
Contents of lectures
h/ure
1404 Design Evaluation Methods
Evaluation as a part of the development
process. Evaluation criteria (functional,
dimensional, economic, ecological, raw
material, technological, aesthetic, regenerative,
maintaining). Effectiveness (operational
readiness, reliability and capability) and product
worth as a measure of evaluation.
Design evaluation upon safety (deterministic
concept).
Design evaluation upon reliability (probabilistic
concept).
Load state characterisation (deterministic,
stationary, non-stationary external loads).
Transition from external to internal load states
and specific loads.
Load spectra (counting methods). Load spectra
scatter (extreme value theory, Gumbel’s
theory).
Durability in the fields of static strength, lowcycle fatigue, high-cycle fatigue, endurance
fatigue and operational strength.
The basics of fracture mechanics (crack
growth).
Macro and micro support effect (the Neuber
hypothesis, the Siebel theory). Influence of
geometry, load, material, technology and
environment on durability.
Experimental durability approval (Wöhler
curve, operational strength, demonstrations).
Durability prediction (damage accumulation
hypotheses).
Evaluation and optimization procedures and
durability approval. Standardized evaluation
methods.
Predavanja
30
Vsebina predavanj
Vaje
45
4. UN-POT
Seminar
-
1404 Metode vrednotenja konstrukcij
1
1
1
2
3
10
4
3
3
2
Vrednotenje kot del razvojnega postopka.
Kriteriji za vrednotenje (funkcionalni,
dimenzijski, ekonomski, ekološki, surovinski,
tehnološki, estetski, regenerativni, vzdrževalni).
Efektivnost (pripravljenost za obratovanje,
zanesljivost in zmogljivost) in vrednost kot
merilo za vrednotenje.
Ovrednotenje konstrukcij na varnost
(deterministični koncept).
Ovrednotenje konstrukcij na zanesljivost
(probabilistični koncept).
Popis obremenitvenega stanja (dinamične,
stacionarne, nestacionarne zunanje
obremenitve). Prehod iz zunanjih na notranje
obremenitve in specifične obremenitve.
Obremenitveni kolektivi (števne metode).
Raztros obremenitvenih kolektivov (teorija
maximumov, Gumbelova teorija).
Zdržljivost v področju statične, malociklične,
visokociklične, trajnodinamične ter obratovalne
trdnosti.
Osnove lomne mehanike (rast razpok).
Makro in mikro podporni učinek (Neuberjeva
hipoteza, Siebel-ova teorija). Vpliv oblike,
obremenitve, gradiva in tehnologij, ter okolice
na zdržljivost.
Eksperimentalno ugotavljanje zdržljivosti
(Wöhlerjeva krivulja, obratovalna trdnost,
prikazi).
Analitična napoved zdržljivosti (hipoteza o
akumulaciji poškodb).
Postopki dimenzioniranja, optimiranja in
dokazovanja nosilnosti. Standardne metode
dimenzioniranja.
doc.dr. Mihael SEKAVČNIK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1405 Energy Machinery
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1405 Energetski stroji
Introduction: Definition of machinery and
devices. Division into hydraulic and thermal
machinery; power-absorbing and powerproducing machinery; displacement and
turbomachinery.
Fundamental theoretical principles of fluidand thermodynamics, heat transfer and
similarity theory inthe operation of energy
machinery and devices .
Displacement machinery; basic features and
usage, work, power, crank shaft mechanism,
operation in a hydraulic system.
Power-absorbing displacement machinery
(pumps and compressors): indicator diagram,
efficiency and special designs and their usage.
Power-producing machinery (internal
combustion engines).
Turbomachinery: features and usage, Euler's
turbine equation, efficiency, similarity in
turbomachinery, specific rotational speed,
comparison with displacement machinery.
Power-absorbing turbomachinery (pumps,
compressors and propellers): energy
characteristics, operation in a hydraulic system.
Power-producing turbomachinery (water
turbines, hydrodynamic torque converters,
windmills, steam turbines and gas turbines).
Energy devices: features, division.
Heat exchanters (types, average logarithmic
temperature difference, efficiency, exergy loss).
3
Boilers: division and usage, heat flow,
chimney.
Ejectors: operation, calculation and usage.
2
Uvod: definicija energetskih strojev in naprav.
Delitev na aerohidravlične in toplotne
energetske stroje; delovne in pogonske
energetske stroje; volumenske in turbinske
energetske stroje.
Teoretične osnove za obravnavo procesov v
energetskih strojih in napravah: mehanika
tekočin, termodinamika, prenos toplote,
podobnostna teorija.
Volumenski ali izrivni stroji: značilnost in
uporaba, delo moč in izkoristek, ročični
mehanizem, obratovanje v sistemih.
Delovni volumenski stroji (črpalke in
kompresorji): indikatorski diagram, izkoristek
in poseben izvedbe.
Pogonski volumenski stroji: (motorji z
notranjim zgorevanjem).
Turbinski ali pretočni stroji: značilnosti in
uporaba, Eulerjeva turbinska enačba, izkoristek,
podobnost turbinskih strojev, značilna vrtilna
hitrost, primerjava z volumenskimi stroji.
Delovni turbinski stroji (črpalke, kompresorji
in propelerji): energijske karakteristike,
delovanje v hidravličnem sistemu.
Pogonski turbinski stroji (vodne turbine,
hidrodinamični prenosniki momenta, vetrnice,
parne in plinske turbine).
Energetske naprave: značilnosti, delitev.
Prenosniki toplote (vrste, srednja logaritmična
temperaturna razlika, izkoristek, izgube
eksergije pri prenosu toplote).
Kotli: delitev in uporaba, toplotni tok, dimnik.
2
Ejektorji: delovanje, preračun in uporaba.
9
3
4
4
5
4
4
3
2
doc.dr. Jožef PEZDIRNIK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1406 Fluid Power
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1406 Fluidna tehnika
Introduction: Importance of fluid power (FP), first
of all in machine design and building; properties of
FP; definition of FP as field of machinery for
transportation, transfer and control of energy,
control signals and material using fluids; open and
closed circuits; basic differences between powercontrol hydraulic (H) and pneumatic (P)
components and systems.
3
Uvod: Pomen fluidne tehnike (FT), predvsem
pri snovanju in gradnji strojev; lastnosti FT;
opredelitev FT kot področja strojništva za
prenos, pretvarjanje in krmiljenje energije,
krmilnih signalov in snovi s pomočjo fluidov;
odprti in zaprti tokokrogi; osnovne razlike med
sestavinami in napravami pogonsko-krmilne
hidravlike (H) in pnevmatike (P).
Fluids in FP systems: kinds of H and P
medium and their environmental influence;
properties of hydraulic fluids and compressed
air; assuring suitable characteristics and
conditions of H/P media; criteria for fluid
selection; contamination of hydraulic fluids and
adequate standards.
5
Tekočine (fluidi) v napravah FT: vrste
hidravličnih (H) in pnevmatičnih (P) medijev ter
njihov vpliv na okolje; lastnosti hidravličnih tekočin
in stisnjenega zraka; zagotavljanje ustreznih
karakteristik in pogojev H/P medijev; kriteriji za
izbiro fluidov; onesnaženost H tekočin in ustrezni
standardi.
Basic properties of FP components and
elements: manufacturing-technological and
constructional particularities of FP elements,
gaps inside components, fluid flow through
gaps (derivation); contours, shapes, tolerances,
forces on single elements; internal leakage;
tribological problems inside components;
important differences between hydraulic and
pneumatic components and elements.
6
Osnovne lastnosti sestavin in elementov FT:
Izdelavno-tehnološke in konstrukcijske
posebnosti elementov FT, reže v sestavinah,
pretakanje skozi reže (izvajanje); konture,
oblike, tolerance, sile na posamezne elemente;
notranje puščanje; tribološka problematika
znotraj sestavin; pomembne razlike med
hidravličnimi ter pnevmatičnimi sestavinami in
elementi.
Primary and secondary energy
transformers: basics, pumps, compressors,
linear and rotary actuators, working parameters,
properties, efficiencies, selection criteria and
calculations.
7
Primarni in sekundarni pretvorniki energije:
osnove, črpalke, kompresorji, translatorne in vrtilne
izvršilne sestavine, delovni parametri, lastnosti,
izkoristki, kriteriji za izbiro in izračuni.
Sealing in FP: purpose, basic differences
between sealing in H and P, static and dynamic
sealing; kinds, shapes and friction of seals;
sealing inside components, especially cylinders,
pipe connections and ports.
2
Tesnjenje v FT: namen, temeljne razlike med
tesnjenjem v H in P, statično in dinamično
tesnjenje; vrste, oblike in trenje tesnil; tesnjenje
znotraj sestavin, posebno valjev, cevnih spojev
in priključkov.
Conventional control components in FP:
their purpose; seat and sliding type;
classification according to function; directly
and indirectly activated (one and two stage)
valves; directional, check (including
hydrologic), pressure and flow control valves;
typical characteristics and selection criteria.
11
Konvencionalne krmilne sestavine v FT:
njihova namembnost; sedežni in drsniški tip;
razvrstitev glede na funkcijo; direktno
(neposredno) in posredno vkrmiljeni (eno in
dvostopenjski) ventili; potni, protipovratni
(vključno s hidrologičnimi), tlačni in tokovni
ventili; tipične karakteristike in kriteriji za
izbiro.
Proportional and servo-valves: their purpose
and function, properties, typical characteristics;
principle of pressure compensator and loadsensing; necessary conditions and operating
3
Proporcionalni in servo-ventili: njihova
namembnost in funkcija, lastnosti, značilne
karakteristike; princip tlačne tehtnice in
requirements for their application; selection
criteria and the necessity to use them instead of
conventional valves.
Auxiliary and passive components in FP:
reservoirs, piping, connections and ports, filters,
H accumulators, etc.; their purpose and
importance; design particularities;
characteristics; calculations and selection
criteria.
5
Basics about designing FP systems: choice
critera for the use of H or P system; some
typical FT circuits; ways for building H and P
components into system and design variations ;
basics about dynamical properties and transient
phenomena in H and P drives; technical
documentation and designing standards of FP
systems.
3
zaznavanja obremenitve; nujni pogoji oziroma
obratovalne zahteve za njihovo uporabo;
kriteriji za izbiro oziroma nujnost njihove
uporabe namesto konvencionalnih ventilov.
Pomožne in pasivne sestavine v FT:
rezervoarji, cevni razvod, spoji in priključki,
filtri, H akumulatorji, itd.; njihova namembnost
in pomembnost; konstrukcijske posebnosti;
karakteristike; izračuni in kriteriji za izbiro.
Osnove snovanja sistemov FT: kriteriji za
uporabo H ali P sistema; nekaj značilnih
tokokrogov v FT; načini vgradnje H in P
sestavin v sistem oziroma konstrukcijske
variante; osnove o dinamičnih lastnostih
oziroma prehodnih pojavih H in P pogonov;
tehnična dokumentacija in standardi za
projektiranje FT sistemov.
prof.dr. Jožef DUHOVNIK / prof.dr. Igor EMRI
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1407 Non-metallic Materials Designs
Part I
Introduction of rheology of non-metallic
materials. Basic and specific characteristics.
Time dependency of strength and properties of
non-metallic materials
Part II
Comparison of non-metallic materials, ceramics
and metalic materials.
Advantages of non-metallic materials
regarding, resources, energy and mechanical
characteristics. Description of basic
technologies for processing plastics.
Injection moulding processes and tooling
(moulds, gates, injectors, ejector pins)
Influence of various technological parameters
on moulded shape deformations
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-POT
Seminar
-
1407 Konstrukcije iz nekovinskih
gradiv
10
8
2
2
2
2
Introduction of technologies for forming of foils
and plates. Injection moulding of cavities (also
glass)
Casting of ceramics. Introduction of extrusion
and problems of part deformations due to
various technological parameters.
2
Non-metallic parts and their characteristics
Material joints: welding (heat, ultrasound, etc.)
2
2
Fasteners and various fastening
2
Examples of calculation of preloaded joints
Characteristics of tribological systems: metals
and non-metals. Composites and their
properties.
3
3
Ceramics and process technologies.
Characteristics of ceramic product shapes.
Characteristics of wood and wooden parts.
Stones: strength and structure. Design of parts
made of stone.
3
2
Prvi del
Predstavljena je reologija umetnih materialov.
Osnove in specifične lastnosti
Časovna odvisna trdnost oziroma v splošnem
vse lastnosti umetnih materialov.
Drugi del
Primerjava značilnosti umetnih materialov
glede na keramiko, kovinske materiale.
Značilni parametri prednosti umetnih
materialov glede na resurse, porabljeno energijo
in mehanske karakteristike. Opisane so glavne
tehnologije za predelavo plastičnih mas.
Poudarjeni so postopki brizganja: orodje,
dotočni kanali, brizgalne šobe, izmetači.
Opredeljen je vpliv posameznih tehnoloških
detajlov na popačenost oblike izdelka, ki ga
dobimo po brizganju.
Predstavljene tehnologije preoblikovanja
plastičnih mas iz folij in debelih plošč.
Brizganje votlin (tudi za steklo).
Ulivanje keramičnih mas, umetnih mas.
Predstavljena je metoda iztiskanja in
problematika popačenja pri uporabi različnih
pogojev.
Konstrukcijski elementi in njihove značilnosti.
Materialni spoji: varjeni (toplotno varjenje,
ultra zvok itd).
Razstavljive mehanske zveze: spenjalni,
montažni in spoji z deformacijami.
Primeri izračunov glede na trajno prednapetost.
Značilnosti pri triboloških sistemih: kovinski
material : umetni materiali. Kompozitni
materiali in njihove značilnosti. Elekrična
prevodnost in izolacijske lastnosti.
Keramika in tehnologije predelav. Značilnosti
pri oblikah izdelkov iz keramike. Značilnosti
lesa in konstrukcijskih elementov iz lesa.
Kamenine: trdnost in struktura. Oblikovanje
izdelkov iz kamna.
prof.dr. Jožef VIŽINTIN / izr.prof.dr. Bojan PODGORNIK
Lectures
Exercises
Seminar
Predavanja
30
45
30
Contents of lectures
h/ure Vsebina predavanj
1408 Contact Mechanics
Vaje
45
4. UN-POT
Seminar
-
1408 Mehanika kontakta
Physical and chemical nature of contact
surfaces
Contact of two deformable bodies (basics,
constitutional equations, limits)
Hertz theory of line and point contact
3
Effect of tangential loading and friction, stickslip
Speed conditions in two- and three- body
contact
Rolling contact (elastic and plastic)
Contact beyond elastic limit
Real area of contact and effect of surface
roughness
Contact of coated surfaces, yield maps
Surface engineering techniques (description,
selection and properties)
2
Effect of coating thickness, hardness and
roughness on tribological behaviour
2
2
6
2
2
2
3
2
4
Fizikalne in kemijske lastnosti kontaktnih
površin
Kontakt dveh deformabilnih teles (osnove,
konstitucijske enačbe, robni pogoji)
Hertzova teorija linijskega in točkovnega
kontakta
Vpliv tangencialne obremenitve in trenja, mikro
zdrs
Hitrostne razmere pri dvo in tro telesnem
kontaktu
Kontakt pri kotaljenju (elastičen, plastičen)
Obremenjevanje preko meje plastičnosti
Realna kontaktna površina in vpliv hrapavosti
Kontakt oplaščenih površin, karte tečenja
Postopki oplemenitenja površine, izbira
postopka oplemenitenja in lastnosti
oplemenitenih površin
Vpliv trdote, debeline in hrapavosti prevlek na
tribološko obnašanje oplaščenih površin
izr.prof.dr. Janez KRAMAR
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1432 Optimization of Products
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-POT
Seminar
-
1432 Optimiranje izdelkov
Introduction: The design process; relation
between design of product and analysis of
product; classical design and optimum design
process.
Optimum design problem formulation: design
variables; cost function; equality and inequality
constraints.
Economic tools for optimizations.
Unconstrained optimal design problems; firstand second-order necessary conditions;
sufficient conditions.
Constrained optimal design problems; Lagrange
function; Karush-Kuhn-Tucker`s necessary
conditions.
Examples for: optimum design of compressed
elements with open and hollow cross sections;
bending elements with various cross sections;
optimum design of various springs; optimum
design of insulations.
2
Linear optimum design problems and linear
programming.
Numerical methods for unconstrained optimum
design.
Numerical methods for constrained optimum
design.
Examples for: optimum design for some
production and managing process; optimum
design of pressure vessels; optimum design of
reservoirs; optimum design of penstocks.
3
Fundamentals of direct optimum design.
Interactive design optimization.
3
3
3
3
4
5
6
2
4
7
Uvod: Proces snovanja in dimenzioniranja;
odnos med snovanjem izdelka ter analizo
izdelka; klasični in optimizacijski proces
snovanja in dimenzioniranja izdelka.
Formulacija optimizacijske konstrukcijske
naloge; cenilna funkcija; enakostni pogoji in
neenakostne omejitve.
Ekonometrična orodja pri optimiranju.
Naloge optimalnega snovanja brez pogojev in
omejitev; potrebni pogoji prvega in drugega
reda; zadostni pogoji.
Naloge optimalnega snovanja z omejitvami;
Lagrange-ova funkcija; Karush-Kuhn-Tuckerjevi potrebni pogoji.
Primeri za: optimalno dimenzioniranje tlačnih
elementov z odprtimi in zaprtimi prečnimi
prererzi; upogibni elementi različnih prečnih
prerezov; oiptimalno oblikovanje in
dimenzioniranje različnih vzmeti; optimalno
snovanje izolacij.
Linearne naloge optimalnega snovanja in
linearno programiranje.
Numerične metode za optimalno konstruiranje
brez omejitev.
Numerične metode za optimalno konstruiranje z
omejitvami.
Primeri za: optimalno načrtovanje nekaterih
izdelovalnih in upravljalskih procesov;
optimalno oblikovanje in dimenzioniranje
tlačnih posod; optimalno oblikovanje in
dimenzioniranje rezervoarjev; optimalno
dimenzioniranje tlačnih cevovodov.
Osnove neposrednih metod optimiranja.
Interaktivno optimalno oblikovanje in
dimenzioniranje.
prof.dr. Jožef VIŽINTIN
Lectures
Exercises
30
45
Contents of lectures
Seminar
h/ure
Predavanja
30
Vsebina predavanj
Vaje
45
5. UN-POT
Seminar
-
1434 Tehnična diagnostika
1434 Technical Diagnostics
Maintenance introduction. Reliability.
Maintainability. Availability.
Damage and failure: Classification of damage
and failures. Theoretical background of damage
origin. Damage propagation mechanisms.
4
Technical diagnostics: Introduction to technical
diagnostics. Condition-based maintenance
(CBM) models. Criteria for choosing an
appropriate CBM model.
Condition monitoring in machines and
machine elements.
Condition monitoring with vibration analysis.
Condition monitoring of lubricants and wear
particles in oil.
Other methods for technical diagnostics.
Computer usage in technical diagnostics.
Methods of applying technical diagnostics in
practice.
4
2
10
4
2
2
2
Osnove vzdrževanja. Zanesljivost.
Vzdrževalnost. Razpoložljivost.
Poškodbe in okvare:
Vrste in oblike poškodb, okvare. Teoretične
osnove nastanka poškodb. Mehanizmi širjenja
poškodb.
Tehnična diagnostika:
Uvod v tehnično diagnostiko. Modeli
vzdrževanja glede na stanje. Kriteriji za izbiro
modela vzdrževanja glede na stanje.
Spremljanje stanja strojnih delov in naprav:
Metode za spremljanje stanja z analizo vibracij.
Metode za spremljanje stanja mazalnih sredstev
in obrabnih delcev v olju.
Ostale metode tehnične diagnostike.
Uporaba računalnika v tehnični diagnostiki.
Uporaba in metode uvajanja tehnične
diagnostike v prakso.
prof.dr. Jožef DUHOVNIK
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
-
1441 Računalniško podprto
konstruiranje - CAD
1441 Computer Aided Design
Designer’s environment and use of computer
aided technologies throughout the D&D
process.
7 phases of D&D process (Hubka)
2
Okolje konstruktorja pri uporabi računalniške
tehnologije v celotnem R&K procesu.
2
Iterative D&D process using golden loop
(Duhovnik)
Relation between function and shape.
Specification of engineering software:
modelers, various analyses of solids, liquids
and gases, other software
Description of design levels. Introduction of
engineering software regarding the design
levels.
Classification: modular, product and other.
Natural classification and its basics.
Technical documentation according to phases
of manufacturing process (managerial, D&D,
technological)
Changes of technical documentation initiated
by the use of computer technologies.
Product structure and its direct influence on the
structure of technical documentation. The
content of technical documentation
Expert systems: purpose, knowledge
representation, inference mechanisms, structure
2
Computer hardware appropriate for engineering
design: basic units, dedicated hardware for a
workplace , workplace in virtual world,
networks, communication
4
Engineering software: basics, geometric
modeler (topology, database), geometric and
user primitives, space orientation, use and
potential of parametric curves.
Software enabling data exchange: IGES, STEP,
etc.
PDM and PLM systems. Basics needed to
understand software environment within the
industrial environment. Requirements for
connection between D&D and manufacturing
process.
Integrated manufacturing in modern distributed
production environment. Introduction of PDM
systems into practice and steps needed for
efficient application
8
Razvojno konstrukcijki proces s sedmimi
fazami (HUBKA).
R&K iterativni proces z zlato zanko
(DUHOVNIK)
Povezava med funkcijo in obliko.
Umestitev programske opreme: modelirnikov,
analize napetostnih stanj v trdninah, tekočinah
in plinih in ostala programska oprema.
Opredelitev nivojev konstruiranja. Predstavitev
potrebne programske opreme pri različnih
nivojih konstruiranja.
Klasifikacija: modularna, izdelčna in druga.
Naravna klasifikacija in njene osnove.
Tehnična dokumentacija glede na dele
proizvodnega procesa (upravna, konstrukcijska
(R&K), tehnološka (izdelovalna))
Spremembe v izdelavi dokumentacije zaradi
uporabe računalniških tehnologij.
Struktura izdelka in neposreden vpliv na
strukturo tehnične dokumentacije. Podatkovna
vsebina delavniške dokumentacije.
Ekspertni sistemi: namen, predstavitev znanja,
mehanizmi sklepanja. Struktura ekspertnih
sistemov.
Strojna oprema primerna za konstruiranje:
osnovne enote, namenska sestava strojne
opreme za posamezno delovno mesto (DM),
DM v virtualnem svetu, omrežja (LAN, WAN,
internet), komunikacija med omrežji.
Programska oprema: osnove, geometrijski
modelirnik (topologije, baza podatkov),
geometrijski in uporabniški primitivi,
prostorska orientacija, uporaba oz. možnosti
parametričnih krivulj.
2
1
2
2
2
2
2
6
4
PDM in PLM sistemi. Osnove za razumevanje
programskega okolja v proizvodnem okolju.
Zahteve za povezavo podatkov med razvojnokonstrukcijskim in izdelovalnim procesom.
4
Integrirana proizvodnja v modernem
distribuiranem okolju proizvodnje.Uvajanje
PDM sistemov in potrebni koraki.
izr.prof.dr. Marko NAGODE / prof.dr. Matija FAJDIGA
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1442 Product Effectiveness
Technical systems in mechanical engineering
and operating conditions (definitions,
evaluation criteria, effectiveness and operating
conditions).
Function of effectiveness (operational
readiness, availability and capability).
Effectiveness as random variable and its
modelling.
Design and development tools for the prediction
and approval of effectiveness.
Effectiveness, product worth and product
quality.
Effectiveness and maintenance.
Structuring for effectiveness reliability and
maintainability, influence of the structure,
effectiveness allocation, design and
development steps.
Operating state (loads, randomness, load
modelling, probability of occurrence).
Effectiveness and reliability as the cross-section
of the operating state and of critical loads.
Durability in the fields of static strength, lowcycle fatigue, high-cycle fatigue, endurance
fatigue and operational strength. Damage
accumulation hypotheses.
Evaluation of the product in terms of
effectiveness, reliability and maintainability.
Experimental determination of effectiveness,
reliability and maintainability.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
-
1442 Efektivnost proizvodov
1
Tehnični sistemi v strojništvu in obratovalni
pogoji (definicije, kriteriji za oceno, efektivnost
in obratovalni pogoji).
4
Funkcija efektivnosti (pripravljenost za
obratovanje, razpoložljivost, zmogljivost).
Naključnost efektivnosti in modeli za popis.
4
Konstrukcijski in razvojni postopki za napoved
in ugotavljanje efektivnosti.
Efektivnost, vrednost in kvaliteta proizvoda.
1
3
10
Efektivnost in vzdrževanje.
Strukturiranje za efektivnost, zanesljivost in
vzdrževalnost, vpliv strukture, alokacija
efektivnosti, konstrukcijski in razvojni koraki.
6
Obratovalno stanje (obremenitve, naključnost,
popis obremenitev, verjetnost realizacije).
Efektivnost in zanesljivost kot presek
obratovalnega stanja in kritičnih obremenitev.
Zdržljivost v področju statične, malociklične,
visokociklične, trajnodinamične ter obratovalne
trdnosti, hipoteze o akumulaciji poškodb.
2
10
4
Vrednotenje proizvoda na efektivnost
zanesljivost in vzdrževalnost.
Eksperimentalno ugotavljanje efektivnosti,
zanesljivosti in vzdrževalnosti.
prof.dr. Franc KOSEL
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1443 Structural Stability
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
15
1443 Stabilnost konstrukcij
Equilibrium method and energy method.
Snap-through of one-dimensional members and
shells.
Exact solutions of buckling in elastic and
plastic domain.
Effect of temperature loading on buckling.
Buckling of viscoelastic columns.
Bending of slender members.
Lateral buckling of beams. Effect of combined
loading on buckling of plates and on lateral
buckling of beams.
Stability of composite systems.
Stability of plates in elastic and plastic domain.
Load carrying capacity of plates in post-critical
domain.
Stability of orthotropic plates and composite
plates. Local stability of multilayer plates.
1
2
Stability of reinforced plates.
Buckling of axially, radially and torsionally
loaded shells. Effect of axial and radial
reinforcement on stability of shells.
Revision of different solution methods.
Analytical approach, numerical methods,
difference method, Ritz method, finite-element
method.
Experimental methods: Southwell method,
method of dynamical criterion of stability,
method of inflection point.
Methods of model mechanics.
1
3
3
1
2
1
3
2
3
3
1
2
1
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Analiza ravnotežne in energijske metode.
Preskok sistema sestavljenega iz enoosnih ali
lupinskih elementov.
Eksaktno reševanje uklona palic v elastičnem in
plastičnem območju.
Vpliv temperaturnih obremenitev na uklon.
Uklon palic iz visokoelastičnega gradiva.
Upogib vitkih elementov.
Zvrnitev nosilcev. Vpliv sestavljenih zunanjih
obremenitev na izbočitev plošč in zvrnitev
nosilcev.
Stabilnost sestavljenih sistemov.
Stabilnost plošč v elastičnem in plastičnem
območju. Nosilnost plošč v nadkritičnem
območju.
Stabilnost ortotropnih plošč in plošč iz
kompozitnega gradiva. Lokalna stabilnost
večslojnih plošč.
Stabilnost z rebri ojačanih plošč.
Izbočitev aksialno in radialno in torzijsko
obremenjenih lupin. Vpliv aksialnih in radialnih
reber na stabilnost lupin.
Pregled metod reševanja.
Analitični pristop, numerične metode:
diferenčna metoda, Ritz-ova metoda, metoda
končnih elementov.
Ekspetimentalne metode: Southwell-ova
metoda, metoda dinamičnega kriterija
stabilnosti, metoda prevojne točke.
Metode modelne mehanike.
prof.dr. Boris ŠTOK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1444 Structural Mechanics
Governing differential equation of a uniaxial
structural element for general cases of static
and thermal loading.
Statics of statically indeterminate beam
structures.
Discrete solution methods.
Force method.
Deformation method.
Torsion of prismatic beam elements.
Governing differential equations of plate
structural elements subject to membrane and
bending static and thermal loading.
Analysis of plate/shell elements subject to static
and thermal loading.
Analytical methods for solving basic plate/shell
problems.
Approximative solutions by Finite Difference
Method.
Solution approaches to the mechanics of
complex structures.
Fundamentals of nonlinear structural
mechanics.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
-
1444 Mehanika konstrukcij
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Diferencialna enačba enoosnega elementa za
splošne statične in temperaturne obremenitvene
primere.
Statika statično nedoločenih linijskih
konstrukcij.
Diskretne metode reševanja.
Metoda sil.
Metoda deformacij.
Torzija prizmatičnih nosilnih elementov.
Diferencialne enačbe osnovnih ploskovnih
nosilnih elementov.
4
Analiza sten, plošč in lupin pri statičnih in
temperaturnih obremenitvah.
Analitične metode reševanja osnovnih
ploskovnih elementov.
Aproksimativno reševanje z metodo končnih
razlik.
Reševanje sestavljenih ploskovnih konstrukcij.
4
Osnove nelinearne mehanike konstrukcij.
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prof.dr. Karl KUZMAN / prof.dr. Janez KOPAČ
Lectures
Exercises
Seminar
45
15
15
Contents of lectures
h/ure
1445 Manufacturing Technologies
Description, definition of products in terms of
production.
Parameters that determine the selection of
particular technology.
The influence of market, time, and series on
selection of optimal technological sequences.
Detailed description of cutting processes with
geometrically defined and undefined cutting
edges, forming processes, separating processes
and assembly processes.
Review of machine tools and computer aided
process design and planning.
Predavanja
45
Vsebina predavanj
Vaje
15
4. UN-NMK
Seminar
15
1445 Proizvodne tehnologije
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Opis, definicija izdelkov in njihova navezanost
na izdelavo.
Parametri, ki pogojujejo izbiro določene
tehnologije.
Vpliv trga, časa, količin na iskanje optimalnih
tehnoloških poti.
Razvrstitev izdelovalnih postopkov.
Poglobljena predstavitev postopkov
odrezovanja z definirano in nedefinirano obliko
odrezka, postopki preoblikovanja, postopki
odrezovanja in preoblikovanja z direktnim
dovajanjem energije, postopki ločevanja,
postopki sestavljanja in montaže.
Informacija o strojih in napravah, o računalniški
podpori pri načrtovanju in vodenju procesov.
prof.dr. Boris ŠTOK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1446 Plasticity
Stress-strain relationships in nonlinear
behaviour of materials.
Axioms of rheology  rheologic models.
Influence of temperature on rheological
relationships.
Irreversibility of the plastic deformation process
and its consequences.
Load path dependence.
Governing equations of plasticity and basic
boundary value problems.
Yield criteria  von Mises criterion and Tresca
criterion.
Cyclic loading  isotropic and kinematic
hardening.
Solution methods in plasticity.
Analytical treatment of simple cases.
Limit stress analysis.
Problems of thermoplasticity.
On approximative problem solving, modelling
and discretization.
* od š.l. 2008/2009 v 5. UN-NMK
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-NMK*
Seminar
-
1446 Plastomehanika
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Zveza med napetostmi in deformacijami pri
nelinearnem materialnem odzivu.
Reološki aksiomi, reološki modeli.
Vpliv temperature na reološke odvisnosti.
Posledice nereverzibilnosti procesa plastičnega
deformiranja.
Vpliv zgodovine obremenjevanja.
Enačbe plastomehanike ter osnovni robni
problemi.
Kriteriji plastičnega tečenja  Misesov in
Trescov pogoj.
Ciklično obremenjevanje  izotropno in
kinematično utrjevanje.
Metode reševanja problemov plastomehanike.
Analitično obravnavanje preprostih primerov.
Teorija mejnih stanj.
Problemi termoplastičnosti.
O aproksimativnem reševanju, modeliranju ter
diskretizaciji.
izr.prof.dr. Janez KRAMAR
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1447 Steel structures (load carrying
structures)
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
-
1447 Nosilne konstrukcije
Mechanical properties of steel plates and their
depedence upon direction of measurement,
thickness and temperature; lamellar tearing;
criteria for steel selection resistant to brittle
fracture;
Fundamentals for probabilistic design criteria;
ultimate limit states; serviceability limit states;
differences between deterministic and
probabilistic design process;
2
Mehanske lastnosti jeklene pločevine ter
njihova odvisnost od smeri merjenja, debeline
in temperature; plastni iztrg; kriteriji za izbor
jekla, ki je odporno na krhki lom;
3
Review of different loads; design of statically
loaded elements;
Welds; imperfections in welds; acceptability
levels of imperfections in welds; statically
loaded welded connections;
2
Osnove probabilističnih kriterijev
dimenzioniranja; skrajna mejna stanja;
služnostna mejna stanja; razlike med
determinističnim in probabilističnim procesom
dimenzioniranja;
Pregled različnih obremenitev; zasnova in
dimenzioniranje statično določenih elementov;
Zvari; napake v zvarih; nivoji sprejemljivosti
napak v zvarih; statično obremenjeni varjeni
spoji;
Different bolted connections in load carrying
structures;
Design of dynamically loaded elements (fatigue
design);
2
Različni vijačni spoji v nosilnih konstrukcijah;
4
Design of compressed uniaxial elements
3
Design of compressed plate elements; stiffening
elements in thin-walled structures; optimization
of cross-sections;
Joints of circular and rectangular hollow crosssections;
Fundamentals of mechanics of shells
Shells of revolution loaded with different
surface loads; internal forces and moments;
4
Zasnova in dimenzioniranje dinamično
obremenjenih elementov (dimenzioniranje na
utrujanje);
Zasnova in dimenzioniranje tlačnih enoosnih
elementov
Zasnova in dimenzioniranje tlačnih dvoosnih
elementov; okrepitveni elementi v tenkostenih
konstrukcijah; optimiranje prečnih prerezov;
Spoji okroglih in pravokotnih cevi;
Stability of axially and radially compressed
cylindrical shells; stability of spherical shells;
Fundamentals of pressure vessel design: hazard
category of vessels; design loadings; materials
for pressure vessels; testing groups;
2
Determination of minimal wall thicknesses for
internal and external design pressure;
Wall openings and connections; flanges;
supports; sealing;
Fundamentals of pressure piping design: design
loadings; space beam and shell character of
pipings; supports; fundametal cases of straight
pipes;
Elbows in piping; compensators for temperature
dilatations;
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Osnove mehanike lupin
Rotacijske lupine, obremenjene z različnimi
ploskovnimi obremenitvami; notranje sile in
momenti;
Stabilnost osno in radialno obremenjenih
valjastih lupin; stabilnost kroglastih lupin;
Osnove dimenzioniranja tlačnih posod;
kategorije tveganja tlačnih posod; projektne
obremenitve; gradiva za tlačne posode; testne
grupe;
Določitev minimalne debeline sten za notranji
in zunanji tlak;
Izrezi in priključki; prirobice; podpore;
tesnenje;
Osnove dimenzioniranja tlačnih cevovodov;
projektne obremenitve; cevovodi z značilnostmi
prostorskih nosilcev in lupin; podpore; osnovni
primeri ravnih cevovodov;
Kolena v cevovodih; temperaturni
kompenzatorji dilatacij;
prof.dr. Igor EMRI
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1448 Mechanics of Polymers and
Composites
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-NMK
Seminar
15
1448 Mehanika polimerov in
kompozitov
Introduction: types of polymers and their
physical properties, thermoplasts, crystalline
polymers, thermosets. Differences in the
structure of materials and influence of structure
on physical properties of materials.
Concept of glass transition region: definition
of glass transition temperature, free volume
concept, definition of activation energy.
Connection between T, Tg, and Tm. Dynamics of
molecular chains.
Material functions: Superposition principle.
Creep and relaxation. Methods for measuring
material functions. Modeling of material
functions using the basic models with spring
and dashpot elements.
Relationships between material functions:
relationship between relaxation and retardation
functions. Relationships between material
functions in frequency domain. Kronig-Kramer
method. Relationships between material
function in time- and frequency domain. Linear
isothermal theory of viscoelasticity: systematic
approach to description of the stress-strain state.
Constitutive laws. Boltzman superposition
principle. Reiman convolution.
2
Uvod: vrste polimerov in njihove fizikalne
lastnosti, termoplasti, polimeri s kristalno
strukturo, termoseti. Strukturne razlike med
materiali in njihov vpliv na fizikalne lastnosti.
4
Pojem steklastega prehoda: definicija
steklastega prehoda, koncept prostega volumna,
pojem aktivacijske energije. Zveza med T, Tg,
in Tm. Dinamika molekularnih verig.
5
Mechanical spectrum (material transfer
function): definition of mechanical spectrum material transfer function. Definition of
continuous spectrum in time- and frequency
domain. Methods for determination of the
continuous spectrum from the material’s
response. Dissipation energy and damping
properties of materials.
Composite materials: definition of basic
physical concepts. Boundary layer problem.
Delaminating, “pull-out”. Standard types of
composites. Polymeric composites. Metallic
composites. Composites based on ceramics.
Carbon composites.
Micromechanics of composites: mechanical
properties. Prediction of material functions,
Halpin-Tsai method. Transverse stress.
Influence of temperature and moisture. Transfer
of loading between fibers and matrix.
Macromechanical properties: determination
of isotropic material functions. Laminates.
Influence of fiber orientation on mechanical
5
Materialne funkcije: superpozicijski princip
časa in temperature. Lezenje, relaksacija.
Metode merjenja materialnih funkcij.
Modeliranje materialnih funkcij s serijskimi in
paralelnimi modeli.
Zveza med materialnimi funkcijami: zveza
med modulom relaksacije in retardacije. Zveze
med odzivnimi funkcijami v frekvenčnem
prostoru. Metoda Kronig-Kramer-ja. Zveza med
časovnimi in frekvenčnimi odzivnimi
funkcijami. Linearna, izotermalna teorija
visokoelastičnosti: sistemski pristop k popisu
zveze med napetostjo in deformacijo.
Konstitutivne enačbe. Boltzmanov
superpozicijski princip. Reimanova
konvolucija.
Mehanski spekter (materialna prenosna
funkcija): pojem mehanskega spektramaterialne prenosne funkcije. Definicija
zveznega spektra v časovnem in frekvenčnem
prostoru. Metode določevanja zveznega spektra
in odziva materiala. Disipacija energije in
dušilne lastnosti materiala.
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Kompozitni materiali: definicija osnovnih
fizikalnih pojmov. Problem mejne plasti.
Delaminacija, »pull – out«. Standardne oblike
kompozitov. Polimerni kompoziti. Kovinski
kompoziti. Kompoziti na bazi keramike.
Ogljikovi kompoziti.
Mikromehanika kompozitov: mehanske
lastnosti. Predikcija materialnih funkcij, HalpinTsai metoda. Transversalne napetosti. Vpliv
temperature in vlage. Prenos obremenitve med
vlakni in matrico.
Makromehanske lastnosti: določitev
materialnih funkcij pri predpostavki izotropije.
Laminati. Vpliv orientacije vlaken na mehanske
properties. Constitutive laws for composites
with oriented fibers (laminates and oriented
short fibers).
Constitutive laws: stress-strain relationships.
Linear transformation of stress and strain
tensors. Interaction between shear and tensile
stress. Creep and relaxation. Influence of
temperature and moisture.
2
lastnosti. Konstitutivne enačbe za kompozite z
usmerjenimi vlakni (laminati in usmerjana
kratka vlakna).
Konstitutivne enačbe: zveza med napetostmi
in deformacijo. Linearna transformacija
napetostnega in deformacijskega tenzorja.
Interakcija med strižnimi in normalnimi
napetostmi. Lezenje in relaksacija. Popis vpliva
temperature in vlage. Analogija vpliva
temperature in vlage.
prof.dr. Igor EMRI
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1474 Experimental Mechanics
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-NMK
Seminar
15
1474 Eksperimentalna mehanika
Analysis of plane strain state: theoretical
background. Resistance strain gages, methods
of installation, temperature compensation,
calibration, noise, creep, selection of glue ...
Interpretation of measuring signals,
determination of principal deformations.
Peculiarities for polymers and composites.
Multi-channel computer-controlled
measurements of the strain state of structure.
Characterization of “static” properties of
materials. Tensile, compression and flexural
tests. Influence of loading velocity. Methods for
measuring deformation. Bauschinger’s
hardening effect. Fracture criterion. Use of
computers for measurements control and data
analysis. Programming in LabView. Creep,
relaxation and retardation. Peculiarities for
polymers and composites.
Characterization of dynamic properties of
materials. Fast tensile tests, influence of loading
velocity. Shock tests. Cyclic tests. Loading with
constant frequency, resonance tests, hysteresis
loop measurements, random loading.
Peculiarities for polymers and composites.
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Analiza ravninskega deformacijskega stanja.
Teoretične osnove. Uporovni merilni lističi,
načini vezave, temperaturna kompenzacija,
kalibracija, šum, lezenje, izbira lepila…
Interpretacija izmerjenih signalov, določitev
glavnih deformacij. Posebnosti pri polimerih in
kompozitih. Večkanalno računalniško vodeno
merjenje deformacijskega stanja konstrukcij.
8
Dynamic analysis of machines and structures.
Measurements of acceleration, velocity and
displacements. Vibration analysis of machines
and structures. Use of viscoelastic materials for
vibration and noise damping. Passive and active
isolation. Fatigue of materials.
Experimental modal analysis: theoretical
background. Selection of sensors and
measurement location. Mechanical response.
Calibration. Interpretation of results.
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Karakterizacija »statičnih« lastnosti materialov.
Natezni, tlačni in upogibni preizkusi. Vpliv
hitrosti obremenjevanja. Načini merjenja
deformacije. Bauschingerjev efekt utrjevanja.
Porušitveni kriteriji. Uporaba računalnika za
kontrolo meritev in analizo rezultatov.
Programiranje v programskem jeziku LabView.
Lezenje, relaksacija in retardacija. Posebnosti
pri polimerih in kompozitih.
Karakterizacija dinamičnih lastnosti materialov.
Hitri natezni preizkusi, vpliv hitrosti
obremenjevanja. Udarni preizkusi. Ciklični
preizkusi. Obremenjevanje s konstantno
frekvenco, resonančni preizkusi, merjenje
histereze, naključno bremenjevanje. Posebnosti
pri polimerih in kompozitih.
Dinamična analiza strojev in konstrukcij.
Merjenje pospeškov, hitrosti in pomikov.
Analiza vibracijskega stanja strojev in
konstrukcij. Uporaba visokoelastičnih
materialov za dušenje vibracij in hrupa. Pasivna
in aktivna izolacija. Utrujanje materialov.
Eksperimentalna modalna analiza. Teoretične
osnove. Izbira senzorjev in merilnih mest.
Mehanski odziv, električni odziv. Kalibracija.
Interpretacija rezultatov.
5
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prof.dr. Boris ŠTOK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Vaje
30
5. UN-NMK*
Seminar
-
1475 Računalniška analiza
konstrukcij
1475 Computational Structural
Analysis
Boundary value problem (BVP) in general  the
mathematical formulation.
Variational integral formulation  a starting point of
advanced analysis methods.
The fundamental, weak and inverse forms of
variational integral formulation.
Approximation of the primary variable in view of the
applied integral formulation.
The Finite Element Method  the basics.
Equation of a finite element.
One-dimensional problems of continuum
mechanics  stretching and bending.
From a finite element equation to the equation of
an assembly of elements.
Solution of the assembly equation  a discrete
solution to the mechanical BVP.
Impact of space discretization on numerical
accuracy.
Impact of the approximative function’s degree
on numerical accuracy.
Transformation from a local coordinate system
to a global one.
Generalization to multi-dimensional problems
of continuum mechanics.
Analysis of prismatic beam elements subject to
torsion.
Analysis of plate/shell structural elements.
1
Temperature dependent problems.
Time dependent problems.
Explicit and implicit computing schemes.
Space discretization based on adaptive meshing.
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* od š.l. 2008/2009 v 4. UN-NMK
Predavanja
45
Vsebina predavanj
2
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Robni problem v splošnem  matematična
formulacija.
Variacijska integralska formulacija  izhodišče
naprednih metod analize.
Osnovna, šibka in inverzna oblika variacijske
integralske formulacije.
Aproksimacija primarne spremenljivke glede na
obliko integralske formulacije.
Metoda končnih elementov  osnovni gradniki.
Enačba končnega elementa.
Enorazsežni problemi mehanike kontinuuma 
razteg in upogib nosilca.
Od enačbe končnega elementa do enačbe
konstrukcije.
Rešitev enačbe konstrukcije  diskretna rešitev
mehanskega robnega problema.
Vpliv prostorske diskretizacije na natančnost
numerične rešitve.
Vpliv stopnje aproksimacijske funkcije na
natančnost numerične rešitve.
Transformacija iz lokalnega v globalni
koordinatni sistem.
Posplošitev na večrazsežne probleme mehanike
kontinuuma.
Analiza torzije prizmatičnih nosilnih
elementov.
Analiza ploskovnih konstrukcijskih elementov 
stene, plošče, lupine.
Temperaturno odvisni problemi.
Časovno odvisni problemi.
Eksplicitne in implicitne računske sheme.
Prostorska diskretizacija na osnovi adaptivnega
mreženja.
izr.prof.dr. Peter BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1701 Mechatronic systems 1
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
-
1701 Mehatronski sistemi 1
Introduction – the role of mechatronics in
development of new products and technologies;
illustrative examples.
Mechatronic systems (MS) design systematic.
3
MS conceptual design and specification. Design
steps. Project specification. Team based
approach. Representational methods. Industrial
example of conceptual design and specification.
Fundamentals for determination of functional
elements of control and instrumentation
systems.
Steady state constants and steady state errors;
Object of control (plant) as a load.
inertia, damping, stiffness.
determination of a transfer function of the
actuator-load system,
key design parameters – static and dynamic characterization of output parameters and
system performance
specifics for mechanical design for MS; design
considerations – backlash, hysteresis,
nonlinearities, friction.
Feedback control and elements; design of a
summation point
6
Electrical functional elements. Requirements
for motion control. Fundamentals of
servomotors.
DC motors, permanent magnet CD motors,
characteristics.
Case studies of different mechatronic systems
with DC motors – design and analysis.
6
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Uvod – vloga mehatronike za razvoj novih
proizvodov; ilustrativni primeri mehatronskih
sistemov.
Sistematika razvoja mehatronskih sistemov
(MS)
Konceptualna zasnova MS in specifikacija
sistema. Koraki razvoja. Specifikacija projekta.
Timski pristop. Industrijski primer zasnove in
specifikacije mehatronskega sistema.
Izhodišča za določanje funkcijskih enot
krmilnih in merilnih sistemov.
Konstante napak stacionarnega stanja, napake
stacionarnega stanje.
objekt krmiljenja; objekt kot breme, izračun
masnih vztrajnostnih momentov, dušenja,
peresnih konstant.
Določitev transferne funkcije sistema motorgonilo-breme;
ključni konstrukcijski parametri - statični in
dinamični
karakterizacija parametrov na outputu in
performanca sistema
prenosni elementi,
specifike mehanskih elementov za MS; vpliv
nelinearnosti, histereze, trenja.
Zaprtozančno krmiljenje, elementi;
oblikovanje sumacijske točke
Električni funkcijski elementi. Zahteve pri
krmiljenju gibanja. Osnove krmiljenih
motorjev. DC motorji, DC motorji s
permanentnim magnetom, karakteristike.
Transferna funkcija.
Obravnava primerov različnih sistemov z DC
motorjem – zasnova in analiza.
izr.prof.dr. Janez DIACI
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1702 Microprocessor Based Control
Systems 1
Introduction to digital systems
Boolean algebra and switching functions
Finite state machines
Technology of digital systems
Architecture of microprocessors
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
15
1702 Mikroprocesorski krmilni
sistemi 1
4
6
6
6
8
Osnove digitalnih sistemov
Boolova algebra in logične funkcije
Sekvenčni avtomati
Tehnologija digitalnih sistemov
Arhitektura mikroprocesorjev in ukazi
izr.prof.dr. Peter BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1703 FMS and CIM systems 1
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
-
1703 FMS in CIM sistemi 1
Introduction; innovation as the key enabler of
competitiveness and growth in manufacturing.
Basic terms and definitions.
Overview of technological developments and
current trends in industry – materials , cutting
materials, manufacturing processes, automation,
control technologies, organization
Manufacturing system as a cybernetic structure
– three-level model of a factory, model of a
machining system
Integration of machining systems into flexible
manufacturing systems and cells.
Integration of software systems; computer
integrated manufacturing. Principles of
integration – serial integration and neutral data
formats; parallel integration via data buffers;
integration in real-time environments, OPC;
data synchronization.
Communication systems in manufacturing;
ISO/OSI model, local area networks and
fieldbus technologies. Wireless technologies;
RFID.
Numerical control (NC) and computer
numerical control (CNC) of machine tools.
DNC. PLC.
Point-to-point control; continuous control.
Morphology of machine tools. Control
principles: motion control, digital process
control, human/machine interface. Pulse and
phase type positioning/velocity control; openloop control.
NC-programming: manual programming,
computer-aided programming, CAM systems.
3
Rapid prototyping and tooling technologies and
integration: overview of technologies,
information flow, integration.
Assembly process: manual, automated, hybrid
assembly. Integration issues. Assembly
systems: design for assembly, design of
assembly systems.
Material flow in production and its integration:
typical manufacturing structures. Lay-out
design of flexible manufacturing cells and
systems.
3
6
3
3
3
3
3
3
3
6
3
3
Uvod; inovacija kot ključni faktor
konkurenčnosti in rasti v proizvodnji. Osnovni
pojmi in definicije.
Pregled stanja v industriji in razvoju na
področju materialov, rezalnih materialov,
tehnoloških procesov, avtomatizacije, krmilnih
tehnologij, organizacije
Proizvodni sistem kot kibernetska struktura –
tri-nivojski model tovarne, kibernetski model
obdelovalnega sistema
Integracija obdelovalnih sistemov v fleksibilne
obdelovalne sisteme in celice.
Računalniško integrirana proizvodnja. Principi
integracije – serijska integracija in nevtralni
podatkovni formati; paralelna integracija in
podatkovna odložišča; integracija v okolju
realnega časa, OPC; sinhronizacija podatkov .
Komunikacijski sistemi v proizvodnji; ISO/OSI
sedem-nivojski model, lokalne mreže,
proizvodne mreže. Brezžične komunikacije,
RFID.
Numerično krmiljenje (NC) in računalniško
numerično krmiljenje strojev in naprav. DNC.
Programsko logično krmiljenje. Krmiljenje
gibanja: od točke do točke, krmiljenje po
konturi. Principi krmiljenja: krmiljenje gibanja,
krmiljenje procesa, vmesnik človek-stroj.
Pulzni, fazni in koračni načini krmiljenja
hitrosti/položaja.
NC- programiranje: ročno programiranje,
računalniško podprto programiranje, CAM
sistemi.
Tehnologije hitrega prototipiranja in integracija;
pregled tehnologij, informacijski tokovi,
integracija.
Montažni procesi: ročna, avtomatizirana in
hibridna montaža. Integracija montaže.
Montažni sistemi in celice, načrtovanje
sistemov.
Materialni tokovi v proizvodni in integracija:
načrtovanje fleksibilnih obdelovalnih celic in
sistemov.
izr.prof.dr. Janez DIACI
Lectures
Exercises
30
15
Contents of lectures
Seminar
30
h/ure
1704 Laser Systems
Laser sources
Components of laser systems
Laser processing systems
Laser based measurement systems
Laser safety
Predavanja
30
Vsebina predavanj
Vaje
15
4. UN-MMS
Seminar
30
1704 Laserski sistemi
10
6
6
6
2
Laserski izvori
Komponente laserskih sistemov
Laserski obdelovalni sistemi
Laserski merilni sistemi
Varnost in zaščita v laserskih sistemih
doc.dr. Zoran KARIŽ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1705 Automation in Power and
Process Engineering 1
1. Introduction
2. Statics of nonlinear elements
3. Analysis in phase plane
4. Stability of nonlinear systems
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
-
1705 Avtomatizacija v energetiki in
procesni tehniki 1
12
9
15
9
1. Uvod
2. Statika nelinearnih gradnikov
3. Analiza v fazni ravnini
4. Stabilnost nelinearnih sistemov
izr.prof.dr. Peter BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1706 Mechatronic systems 2
Electric functional units – control
characteristics of DC and AC servomotors;
stepping motors. Transfer functions of
servomotors and stepping motors. Electromagnetic breaks and clutches.
Case studies of design and analysis.
Industrial considerations and cases.
Hydraulic mechatronic systems:
why and when hydraulics, illustrative examples
of hydraulic mechatronic systems;
Control concepts in hydraulics – manipulation
of pressure or flow; design considerations;
Hydraulic media, pumps;
Hydraulic system and its functional units,
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
-
1706 Mehatronski sistemi 2
6
3
3
3
3
3
3
Control of volumetric flow with servo-valves;
3
Hydraulic positioning system, system transfer
function; analysis of the system.
Symmetric and differential hydraulic systems.
Performance characteristics of servo valves and
hydraulic systems.
Electro-hydraulic servo systems.
Systems with variable pressure control.
Examples of hydraulic and electro-hydraulic
system design and analysis.
3
3
6
3
3
Električne funkcijske enote: AC motorji,
brezkrtačni servo motorji, koračni motorji.
Transferne funkcije AC in koračnih motorjev.
Elektro-magnetne zavore in sklopke
Primeri zasnove in analize.
Industrijski primeri in izkušnje.
Hidravlični mehatronski sistemi: kdaj in zakaj
hidravlika, ilustrativni primeri hidravličnih
mehatronskih sistemov;
Krmilni koncepti v hidravliki – krmiljenje tlaka
in krmiljenje pretoka;
Hidravlični mediji, črpalke;
Struktura hidravličnega sistema in funkcijski
elementi
Krmiljenje volumskega pretoka s servo
razvodniki;
Hidravlični pozicionirni sistem, transferna
funkcija sistema, analiza sistema.
Simetrični in diferencialni hidravlični sistemi
Performančne karakteristike servo razvodnikov
in hidravličnih sistemov.
Elektrohidravlični sistemi.
Sistemi s krmiljenjem tlaka.
Primeri načrtovanja hidravličnih sistemov in
njihova analiza
izr.prof.dr. Janez DIACI
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1707 Microprocessor Based Control
Systems 2
Microprocessors and microcomputers.
Microprocessor programming.
Process modeling and software design methods.
Discrete control systems.
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
15
1707 Mikroprocesorski krmilni
sistemi 2
4
6
6
14
Mikroprocesorji in mikroračunalniki.
Programiranje mikroprocesorjev.
Modeli procesov in metod programiranja.
Diskretni krmilni sistemi.
izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1708 FMS and CIM Systems 2
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-MMS
Seminar
-
1708 FMS in CIM sistemi 2
CIM as a complex adaptive production system
3
Functional structure of CIM system
Informational model of CIM
Integration of processes on physical and logical
level and mechanisms of integration
Levels of integration and enterprise integration
Databases for CIM
Integrated product development in terms of
CAD/CAPP/CAM/CAGT/CAQ
CAPP - interface linking CAD and CAM
CAGT - the basis for product, process and
production integration
Off-line optimization of manufacturing
processes
On-line optimization of manufacturing
processes - Adaptive control of manufacturing
systems
ACO - Optimization adaptive control
ACC - Constraint adaptive control / Geometric
adaptive control
SCADA & MES systems
Performance measures of FMS and CIM
systems
3
3
3
3
3
3
3
3
3
CIM sistem kot kompleksen adaptiven
proizvodni sistem
Funkcijska struktura CIM sistema
Informacijski model CIM
Integracija procesov na fizičnem in logičnem
nivoju ter mehanizmi integracije
Nivoji integracije, selection integracija podjetja
Baza podatkov CIM
Integrirani razvoj proizvoda
CAD/CAPP/CAM/CAGT/CAQ
CAPP - vmestnik med CAD in CAM
CAGT - osnova za integracijo proizvoda,
procesov in proizvodnje
Optimizacija obdelave izven procesa
3
Optimizacija obdelave v procesu - Adaptivno
krmiljenje obdelovalnih sistemov
3
3
ACO - Optimizacijsko adaptivno krmiljenje
ACC krmiljenje z omejitvami / Geometrično
adaptivno krmiljenje
SCADA in MES sistemi
Performančne karakteristike FMS in CIM
sistemov
3
3
izr.prof.dr. Peter BUTALA / izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1731 Sensors and Actuators
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-MMS
Seminar
-
1731 Senzorji in aktuatorji
Introduction. Basic principles of sensing and
actuating.
Part 1: Sensors
Measuring systems and functional
requirements.
Diagnostics and monitoring of systems and
processes.
Measuring systems in control systems; open
loop system, closed loop system, principles of
process identification and process control.
2
2
2
Uvod. Osnovni principi senzoriranja in
aktuiranja
Prvi del: senzorji
Merilni sistemi in njihova namembnost.
3
Diagnostika in nadzor sistemov in procesov .
3
Merilni sistemi v krmilnih sistemih:
odprtozančno krmiljenje, zaprtozančno
krmiljenje, identifikacija in krmiljenje
procesov.
Merilni procesi in strukture merilnih sistemov.
Measuring process and structure of a measuring
system.
Functional elements of a measuring system.
Illustrative examples and case studies.
Characteristics of elements of measuring
systems; static fidelity, nonlinearity, drift,
repeatability, hysteresis, etc.
Calibration.
Dynamic characteristics of elements of
measuring systems. Energy principles; load
effect.
Sensors - input modules.
Sensors for positioning and velocity control.
Measuring of forces, torques and power.
Modification modules, modules for signal
acquisition and display; modules for signal
transportation; modules for digital signal
processing.
Special measuring systems; computer vision
Part 2: Actuators
Introduction. The role of actuators in
mechatronic systems. Generic principles and
structures of actuators.
Energy conversion. Functional characteristics
of actuators: output parameters, dynamic
characteristics, energy conversion
characteristics.
Control characteristics, operational
characteristics; design, safety and maintenance
considerations.
Overview of electric actuators.
Principles of control of electric actuators.
Micro actuators. Types of micro actuators,
underlying physical principles and application
areas.
Generic structures of micro actuators.
Technologies for fabrication of micro actuators.
Electrostatic and piezoelectric actuators.
3
3
3
3
3
3
3
2
2
2
2
2
Funkcijski elementi merilnih sistemov.
Ilustrativni primeri in industrijske aplikacije.
Karakteristike elementov merilnih sistemov;
statična občutljivost, nelinearnost, premik
ničlišča, ponovljivost, histereza, ipd.
Umerjanje merilnih sistemov.
Dinamične karakteristike elementov merilnih
sistemov. Energijski principi, obremenilni
efekt.
Senzorji – inputni moduli. Senzorji za merjenje
položaja in hitrosti v krmiljenju. Merjenje sil,
vrtilnih momentov in moči.
Moduli za prilagoditev signalov, moduli za
obdelavo signalov in prikaz, moduli za
digitalno procesiranje signalov.
Specializirani merilni sistemi: računalniški vid.
Drugi del: Aktuatorji
Uvod. Vloga aktuatorjev v mehatronskih
sistemih. Generični principi in strukture
aktuatorjev.
Pretvorba energije v aktuatorjih. Funkcijske
karakteristike aktuatorjev: outputni parametri,
dinamične lastnosti, lastnosti pretvorbe
energije.
Krmilne karakteristike, operacijske
karakteristike, konstrukcijske značilnosti,
varnost in vzdrževanje.
Pregled tipičnih električnih aktuatorjev, principi
krmiljenja el. aktuarjev.
Mikro aktuatorji. Vrste mikro aktuatorjev,
fizikalni principi in področja uporabe.
Generične strukture mikro aktuatorjev.
Tehnologije izdelave mikro aktuatorjev.
Elektrostatični in piezoelektrični aktuatorji.
Magnetic and electromagnetic actuators.
Thermal actuators. Optical actuators.
Micromechanical actuators.
2
Magnetski in elektromagnetski aktuatorji.
Termični aktuatorji. Optični aktuatorji. Mikro
mehanski aktuatorji.
izr.prof.dr. Alojzij SLUGA / izr.prof.dr. Peter BUTALA
Lectures
Exercises
Seminar
45
30
Contents of lectures
h/ure
1732 Manufacturing cybernetics 1
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-MMS
Seminar
-
1732 Proizvodna kibernetika 1
General definition and description of work and
production systems
Elements of work systems and analysis of
control of work systems, cases
Relations between object and subject
Definition of goals, information of object,
relation between state of the object and goals of
control
Control system of work device. Analysis of
inter-relations between work process as an
object of control, work device, control
mechanism and subject
Characteristics of complex objects of control.
Steps in conceptualization and realization of
control of complex objects
Specification of the goals of control,
determination of the object of control, structural
synthesis of the model
Identification of model parameters, design of
experiments and synthesis of control
Realization of control and corrections
Case study of control of complex object
3
Modeling and simulation of work structures
IDEFx methodology for design, simulation and
operation of complex work structures
Functional and data modeling - IDEF0 in
IDEF1
New working methods, based on knowledge
and communication management
Collaborative manufacturing platform
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Splošna definicija in opis delovnih in
proizvodnih sistemov
Elementi delovnih sistemov in analiza
krmiljenja delovnih sistemov, primeri
Relacija med objektom in subjektom
Definicija ciljev, informacije o objektu,
povezava med stanjem objektov in cilji
Krmilni sistem delovne naprave. Analiza
medsebojnih povezav med delovnim procesom
kot objektom krmiljenja, delovnim strojem,
krmilnim mehanizmom in subjektom
Značilnosti kompleksnih objektov krmiljenja.
Koraki pri koncipiranju in realizaciji krmiljenja
kompleksnih objektov.
Določitev ciljev krmiljenja, določitev objekta
krmiljenja, strukturna sinteza modela
Identifikacija parametrov modela, načrtovanje
eksperimentov, sinteza krmiljenja
Realizacija krmiljenja, korekture
Primer razvoja krmiljenja na kompleksnem
objektu
Modeliranje in simulacije delovnih struktur
IDEFx metodologija za načrtovanje, simulacije
in vodenje kompleksnih delovnih struktur
Funkcijsko in podatkovno modeliranje - IDEF0
in IDEF1
Nove metode dela, ki bazirajo na manegementu
znanja in komunikacijah
Kolaborativna proizvodna platforma
izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1733 Quality Control
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-MMS
Seminar
-
1733 Kontrola kvalitete
Introduction to quality engineering and
technology
Strategic quality deployment
Quality management systems – from ISO 9000
to ISO/TS 16949
Quality planning and control of product/service
development, manufacturing and usage
Organization of quality system on the
manufacturing level
Statistical methods for quality design and
control
Statistical quality control
Process control based on control charts –
planning, introduction and usage of control
charts
Process capability assessment – process
characteristics vs. tolerance specification
Process control methods in batch and one-of-akind production
Acceptance sampling - Lot-by-Lot acceptance
sampling by attributes, designing optimal
inspection plans
Troubleshooting and quality improvement
schemes
General principles of design of experiment
methodology for product and process design
3
Uvod – Inženirstvo in tehnologija kakovosti
3
3
Strateški razvoj kakovosti
Sistemi vodenja kakovosti - od ISO 9000 do
ISO/TS 16949
Obvladovanje kakovosti v fazah osvajanja,
proizvajanja in uporabe proizvodov/storitev
Organizacija sistema kakovosti na proizvodnem
nivoju
Statistične metode načrtovanja in obvladovanja
kakovosti izdelkov in procesov
Statistična kontrola procesov
Analiza procesov na osnovi kontrolnih kart:
oblikovanje, uvajanje in uporaba kontrolnih
kart.
Ocenjevanje sposobnosti procesov, sposobnost
procesov in specifikacije
Specifične metode kontrole procesov v
maloserijski proizvodnji.
Prevzemno vzorčenje – vzorčni načrt in
operacijske karakteristike, prevzemni in mejni
nivo kakovosti ter povprečna izhodna kakovost.
Odkrivanje napak in izboljšave procesov.
Introduction to reliability – reliability modeling,
design, control and assessment
Time-dependant modeling of structure
reliability
3
3
3
3
3
3
3
3
3
3
3
3
Osnove in uporaba statističnega načrtovanja
eksperimentov za načrtovanja kakovosti
proizvodov in procesov.
Osnove zanesljivosti - Modeliranje in
načrtovanje zanesljivosti
Zanesljivost strukture sistema kot funkcija časa
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-MMS
Seminar
-
1734 Preizkušanje materialov
1734 Materials Testing
Mechanical testing: planning of mechanical
testing, specimen selection, review of results
and material state evaluation.
Light microscopy: optical microscopes, samples
preparation, measuring and evaluation of
microstructural characteristics, borescopes and
fibrescopes, liquid penetrant testing.
Surface integrity: residual stresses, wear
processes, corrosion.
Electron microscopes: development of electron
microscopes, types of electron microscopes,
basic parts of electron microscope, preparation
techniques, application of electron microscopes.
Micro-chemical metallography: Crystal
spectroscopy, energy dispersion spectroscopy,
preparation of samples, electron microanalysis,
transmission electron microscope.
6
Surface metallography: examination methods,
Auger electron spectroscopy. Spectral analysis:
light excitation, light beam diffraction,
applications of qualitative and quantitative
analysis.
Examination of surface flaws with magnetic
particle testing: basic concepts, magnetic field
generation and demagnetizing the sample,
magnetic particle types, testing devices and
setups.
Eddy current inspection of properties and flaws
in the specimens: basic concept, inspection
methods, development of criteria for evaluation
of different material properties.
Radiographic inspection: principles of
radiography, types and shapes of radiation
sources, types of anode heads, tube focus,
overview of intensity measuring techniques,
picture quality, unsharpness, determining
optimal distance between tube and specimen,
flaw evaluation, radiation safety.
Ultrasonic inspection: basic concepts,
ultrasound generation, ultrasonic inspection
methods, ultrasonic devices, ultrasonic
transducers, special ultrasonic methods for
examination of properties and states of
materials. Acoustic emission.
4
6
6
4
6
5
4
4
Mehanski preizkusi: načrtovanje mehanskih
preizkusov, izbor vzorcev, prikaz rezultatov in
ocena stanja materiala.
Optična mikroskopija: optični mikroskopi,
preparativna tehnika, merjenje in ocenjevanje
strukturnih značilnosti v materialu, boreskopija
in fiberskopija, penetrantski preizkusi.
Integriteta površin: zaostale napetosti, obrabni
procesi, korozija.
Elektronska mikroskopija: razvoj elektronskih
mikroskopov, vrste elektronskih mikroskopov,
glavne sestavine elektronskih mikroskopov,
preparativna tehnika, uporaba elektronske
mikroskopije (primeri). Mikrokemična
metalografija: kristalna spektroskopija,
energijsko disperzijska spektroskopija, priprava
vzorcev, elektronska mikroanaliza, analizni
transmisijski elektronski mikroskop.
Površinska metalografija: raziskovalne metode,
spektroskopija Augerjevih elektronov.
Spektralna analiza: vzbujanje svetlobe, uklon
svetlobnih žarkov, kvalitativna in kvantitativna
analiza (primeri).
Preiskava površinskih napak z magnetnimi
metodami: fizikalne osnove, načini magnetenja
in načini razmagnetenja preizkušancev, vrste
magnetnih sredstev, sistemi za kontrolo in
prikaz rezultatov.
Preiskave lastnosti materialov in napak v
materialu z vrtinčnimi tokovi: fizikalne osnove,
postopki preizkušanja, razvoj kriterijev za
ocenjevanje različnih lastnosti materialov.
Preiskave z rentgenskimi in gama žarki:
fizikalne osnove, vrste in oblike rentgenskih
cevi, vrste anodnih glav, žarišče cevi, pregled
načinov merjenja intenzivnosti, kakovost slike
in notranja neostrina, določevanje optimalne
razdalje cevi od preizkušanca, ocenjevanje
napak, varstvo proti sevanju.
Preiskava materialov z ultrazvokom: fizikalne
osnove, pridobivanje ultrazvoka, postopki
preizkušanja, naprave za preizkušanje,
ultrazvočne glave, posebni postopki
preizkušanja materialov in stanja materialov.
Akustična emisija.
Lectures
Exercises
45
30
Contents of lectures
1735 Robotics
There is no lectures at the moment.
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-MMS
Seminar
-
1735 Robotika
Kinematični opis odprtih aktivnih kinematičnih
sistemov. Ortogonalne in homogene transformacije v
primerjavi s kvaternioni in drugimi zapisi v
kinematiki. Denavit-Hartenbergova notacija, direktna
in inverzna kinematika in delovni prostor.
Diferencialni pomiki, Jacobijeva matrika in
singularnosti. Transformacija sil in momentov, togost
in podajnost, robot v dotiku z okolico. Planiranje,
generiranje in interpolacija trajektorij. Kalibracija
robotov in normativi.
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1801 Heat Treatment 1
Basics of heat treatment: Pure iron, The ironcarbon equilibrium diagram, Austenite
transformation, Retained austenite
transformation, Continuous and Isothermal
Time-Temperature-Transformation (TTT)
diagrams.
Heat-treatment of steels, Annealing treatments,
Annealing defects, Quenching media,
Quenching in water, Quenching in oil,
Quenching in water solutions, Quenching in
mineral salts, Air quenching, Influences on the
hardening process, Thermal hardening,
Discontinued hardening, Transformational
stresses, Hardening defects, Tempering as a
diffusion process, Structural changes during
Tempering, Quenching and tempering of steels,
Influences on quenching and Tempering,
Tempering brittleness, Patenting.
Hardenability: Hardenability according to
Grossman, Jominy test, Intensity of quenching
– H value, Influences on hardenability.
Diffusion: Carburization, Hardening procedures
after carburization, Characteristics of
carburized parts, Nitriding, Diffusion of
Nitrogen, Different methods of nitriding and
carbonitriding, Structural changes and
properties.
Surface hardening: Induction hardening,
Physical basics, Energy sources, Thermal
parameters of induction hardening, Induction
hardening, Properties of case hardened parts,
Materials for induction hardening, Flame
hardening, Materials for flame hardened
machine components, Procedures of case
hardening.
Heat treatment of cast irons and nodular cast
irons.
Heat treatment of non-ferous alloys, Aluminium
alloys, Copper alloys, Titanium alloys, etc.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1801 Toplotna obdelava 1
6
Osnovne teorije toplotne obdelave: čisto železo,
diagram stanja Fe-Fe3C, nastanek avstenita pri
segrevanju, transformacija podhlajenega
avstenita, kontinuirni in izotermni TTt
diagrami.
10
Postopki toplotne obdelave, postopki žarjenja,
napake pri postopkih žarjenja, sredstva za
gašenje, kaljenje v vodi, v olju, v vodnih
raztopinah mineralnih soleh, kaljenje na zraku,
vplivi na proces kaljenja, termalno kaljenje,
prekinjeno kaljenje, napetosti pri kaljenju,
napake pri kaljenju, popuščanje kot difuzijski
proces, strukturne spremembe pri popuščanju,
poboljšanje, vplivi na poboljšanje jekel,
popustna krhkost, patentiranje.
6
Prekaljivost jekel: prekaljivost po Grossmanu,
po Jominyju, intenziteta hlajenja – H vrednost,
vplivi na prekaljivost.
Difuzijski postopki toplotne obdelave:
cementacija, postopki kaljenja po ogljičenju,
lastnosti cementiranih delov, nitriranje,
mehanizem difuzije dušika, opis različnih
postopkov nitriranja in karbonitriranja,
strukturne spremembe in lastnosti.
Površinsko kaljenje: indukcijsko kaljenje,
fizikalne osnove, izvori energije, termični
parametri induktivnega segrevanja, postopki
indukcijsko kaljenih delov, lastnosti površinsko
kaljenih delov, materiali za induktivno kaljenje,
plamensko kaljenje, materiali za plamensko
kaljenje, postopki plamenskega kaljenja.
8
4
5
6
Toplotna obdelava jeklene litine, sive litine in
nodularne litine.
Toplotna obdelava neželeznih zlitin na osnovi
aluminija, bakra, titana, itd.
izr.prof.dr. Peter BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1802 FMS and CIM systems 1
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1802 FMS in CIM sistemi 1
Introduction; innovation as the key enabler of
competitiveness and growth in manufacturing.
Basic terms and definitions.
Overview of technological developments and
current trends in industry – materials, cutting
materials, manufacturing processes, automation,
control technologies, organization
Manufacturing system as a cybernetic structure
– three-level model of a factory, model of a
machining system
Integration of machining systems into flexible
manufacturing systems and cells.
Integration of software systems; computer
integrated manufacturing. Principles of
integration – serial integration and neutral data
formats; parallel integration via data buffers;
integration in real-time environments, OPC;
data synchronization.
Communication systems in manufacturing;
ISO/OSI model, local area networks and
fieldbus technologies. Wireless technologies;
RFID.
Numerical control (NC) and computer
numerical control (CNC) of machine tools.
DNC. PLC.
Point-to-point control; continuous control.
Morphology of machine tools. Control
principles: motion control, digital process
control, human/machine interface.
Pulse and phase type positioning/velocity
control; open-loop control.
NC-programming: manual programming,
computer-aided programming, CAM systems.
3
Rapid prototyping and tooling technologies and
integration: overview of technologies,
information flow, integration.
Assembly process: manual, automated, hybrid
assembly. Integration issues. Assembly
systems: design for assembly, design of
assembly systems.
Material flow in production and its integration:
typical manufacturing structures. Lay-out
design of flexible manufacturing cells and
systems.
3
6
3
3
3
3
3
3
3
6
3
3
Uvod; inovacija kot ključni faktor
konkurenčnosti in rasti v proizvodnji. Osnovni
pojmi in definicije.
Pregled stanja v industriji in razvoju na
področju materialov, rezalnih materialov,
tehnoloških procesov, avtomatizacije, krmilnih
tehnologij, organizacije
Proizvodni sistem kot kibernetska struktura –
tri-nivojski model tovarne, kibernetski model
obdelovalnega sistema
Integracija obdelovalnih sistemov v fleksibilne
obdelovalne sisteme in celice.
Računalniško integrirana proizvodnja. Principi
integracije – serijska integracija in nevtralni
podatkovni formati; paralelna integracija in
podatkovna odložišča; integracija v okolju
realnega časa, OPC; sinhronizacija podatkov .
Komunikacijski sistemi v proizvodnji; ISO/OSI
sedem-nivojski model, lokalne mreže,
proizvodne mreže. Brezžične komunikacije,
RFID.
Numerično krmiljenje (NC) in računalniško
numerično krmiljenje strojev in naprav. DNC.
Programsko logično krmiljenje. Krmiljenje
gibanja: od točke do točke, krmiljenje po
konturi. Principi krmiljenja: krmiljenje gibanja,
krmiljenje procesa, vmesnik človek-stroj.
Pulzni, fazni in koračni načini krmiljenja
hitrosti/položaja.
NC- programiranje: ročno programiranje,
računalniško podprto programiranje, CAM
sistemi.
Tehnologije hitrega prototipiranja in integracija;
pregled tehnologij, informacijski tokovi,
integracija.
Montažni procesi: ročna, avtomatizirana in
hibridna montaža. Integracija montaže.
Montažni sistemi in celice, načrtovanje
sistemov.
Materialni tokovi v proizvodni in integracija:
načrtovanje fleksibilnih obdelovalnih celic in
sistemov.
prof.dr. Janez KOPAČ
Lectures
Exercises
45
15
Contents of lectures
Seminar
15
h/ure
1803 Cutting 2
Analysis of the cutting zone, torsional,
compressive and normal stress. Friction in the
cutting zone, definition of positive cutting
process characteristic.
Process vibrations, transfer function of the
cutting process.
Machined surface quality, precision machining,
quality management. Implementation of
corrections in relations between
process/product.
Predavanja
45
Vsebina predavanj
Vaje
15
4. UN-PRT
Seminar
15
1803 Odrezavanje 2
15
15
15
Analiza realne cone; strižne, tlačne in normalne
napetosti, torne razmere v rezalni coni,
definicija pozitivne rezalne karakteristike
procesa.
Vibracije pri odrezavanju, transferna funkcija
rezalnega procesa.
Kakovost obdelane površine; precizna
obdelava, obvladovanje kakovosti, vodenjem
kakovosti. Izvajanje korekcij v stalni povezavi
proces/izdelek.
izr.prof.dr. Zlatko KAMPUŠ
Lectures
Exercises
45
15
Contents of lectures
Seminar
15
h/ure
1804 Forming 2
Predavanja
45
Vsebina predavanj
Vaje
15
4. UN-PRT
Seminar
15
1804 Preoblikovanje 2
Imported technological characteristic,
material data: Basic properties, significance,
distribution on different criterions, recycling,
molecular weight, degree of polymerization
side chains, christalinity.
Process property: Melt flow index, PvT
diagram, viscosity.
Thermal and thermodynamically properties:
Heat conductivity, specific heat, thermal
diffusivity.
Injection moulding: Manufacturing pellets,
drying systems.
Injection moulding machines: Function of
main injection unit, important characteristics,
injection unit, cycle of injection moulding,
injection pressure in the runner, clamping unit,
processing windows.
Injection stage: Flow melt in cavity, frozen
layers and orientation, drop pressure in cavity.
3
Holding pressure stage: Switch on holding
pressure, influence of process parameters on
pressure in cavity, injection moulding in PvT
diagram.
Cooling stage: Occurrence of residual stresses,
influence of processes parameters on residual
stresses and christalinity.
Influence of processes parameters on final
properties: Influence orientation, residual
stresses and degree of christalinity on hardness,
toughness and modulusof elasticity.
Special injection moulding procedure: gas
assisted injection moulding, water assisted
injection moulding, cascade injection moulding.
Powder injection moulding: Metal injection
moulding, influence parameters, accuracy,
special design.
Rotational moulding: Principle, equipment,
characteristics of moulds.
Extrusion: Extruder, feed and compression
range, metering range, dies.
2
Blow moulding: Injection blow moulding,
injection extrusion blow moulding, dies,
multilayer blow moulding, equipment for blow
moulding.
Thermoforming: Free, forming with dies,
stretching by free forming and forming with
dies.
2
1
1
1
3
2
2
2
2
2
2
2
2
Pomembne tehnološke značilnosti
polimernih gradiv, baze podatkov: Osnovne
lastnosti, pomen, razdelitev po različnih
kriterijih, reciklaža, molekularna masa, stopnja
polimerizacije, vezava molekul, kristaliničnost.
Procesne lastnosti: Indeks tečenja, PvT
diagram, viskoznost.
Toplotne in termodinamične lastnosti:
Toplotna prevodnost, specifična toplota,
temperaturna prevodnost.
Preoblikovanje z brizganjem: Izdelava
granulata, mlevina, sistemi sušenja.
Brizgalka: Funkcije glavnih enot, pomembne
karakteristike, vbrizgalna enota, cikel brizganja,
tlak vbrizgavanja in tlak v dolivnem sistemu,
zapiralna enota, procesno okno brizganja.
Faza vbrizgavanja: Tok taline v orodni votlini,
strjene plasti in usmerjenost, potek tlaka v
orodni odprtini.
Faza naknadnega tlaka: Preklop na naknadni
tlak, vplivi procesnih parametrov na potek tlaka
v orodni votlini, potek brizganja v PvT
diagramu.
Faza ohlajanja: Nastanek zaostalih napetosti,
vpliv procesnih parametrov na zaostale
napetosti in kristaliničnost.
Vplivi procesnih na končne lastnosti: Vpliv
usmerjenosti, zaostalih napetosti in stopnje
kristaliničnosti na trdnost, žilavost in modul
elastičnosti.
Ostali postopki brizganja: Brizganje s plinom,
z vodo, kaskadno brizganje.
Brizganje prahov: Tehnologija brizganja
kovinskih prahov, vplivni parametri,
natančnost, posebnosti orodij.
Preoblikovanje z vrtenjem: Načelo, oprema,
značilnosti orodij.
Iztiskavanje: Stroj za iztiskavanje, področje
transportiranja in stiskanja, talilno, potisno
področje, matrice.
Pihanje: Pihanje iztiskanih, brizganih
surovcev, orodja, večslojno pihanje, linije za
pihanje.
Toplotno preoblikovanje: Prosto,
preoblikovanje po orodju, tanjšanje pri prostem
in preoblikovanju z orodji, orodja.
Compression moulding: Moulding thermosets
with and without flash, moulding cycle, dies.
2
Tools for injection moulding: Task of the die,
requirements for injection moulding tools, main
functional part of the die, distribution of dies in
terms of the way of ejection, determination of
the number of cavities, runner system, venting,
cooling and heating, cooling time of the die.
Properties of polymers composites important
for planning the technology: specific strength
and rigidity of components and composites,
usage, influence of component properties, fibre
content, geometry and orientation on polymer
composite properties
Moulding in open tools: Prepreg, moulding in
open tool, pressure assistance, filament
winding, pultrusion, centrifugal casting.
6
Moulding in closed tools: Compression
moulding (BMC, SMC), resin transfer
moulding (RTM).
2
3
3
Tlačno preoblikovanja: Preoblikovanje
duroplastov z orodji z in brez mostička, cikel
preoblikovanja, orodja.
Orodja za brizganje: Naloga orodja, potrebne
zakonitosti izdelka za brizganje, glavni
funkcionalni deli orodja, delitev orodij glede na
način izmetavanja, določitev števila gnezd,
dolivni sistem, odzračevanje, temperiranje, čas
ohlajanja orodja.
Lastnosti polimernih kompozitov,
pomembne za načrtovanje tehnologij:
specifična trdnost in togost sestavin in
kompozitov, uporaba, vpliv lastnosti sestavine,
vsebnosti vlaken, geometrije in usmerjenosti na
lastnosti.
Preoblikovanje v odprtih orodjih:
Predpripravljeni laminat (PREPREG),
preoblikovanje v kalupu, stiskanje laminata,
navijanje, vlečenje, centrifugalno oblikovanje.
Preoblikovanje v zaprtih orodjih: Tlačno
preoblikovanje (BMC, SMC), vbrizgavanje
smole v orodno odprtino (RTM).
prof.dr. Mihael JUNKAR / izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1805 Tehnološke meritve
1805 Engineering Metrology
1. Engineering metrology in manufacturing
process:
 metrology science and engineering
metrology in integrated machining systems,
 the role of engineering metrology in order to
achieve high quality,
 national system of gauges, reference gauges
and tracebility
2
2. Universal unit standards :
– ISO system of unit standards and their
physical realisation,
– development and modern definition of
length standard,
– interferometry.
3. Measurement errors - origins:
– basic concepts in linear metrology;
accuracy, reproducibility, errors, calibration,
measurement analysis, mastering of
measurement information, acquisition of
new knowledge on processes based on
measurements.
4. Evaluation of measured data:
– statistics of linear measurements,
– organisational procedures for
implementation of statistical control
methods in linear measurements
5. Standard tolerances notation :
– terminology and notations,
– reference elements and systems,
– economy of tolerances.
6. Measurement of lengths in manufacturing
process:
– measurement elements and measurement
systems in modern linear measurements,
measurements of lengths, angles, radii,
gears, threads,
– organisation of measurements in
production, measurement laboratory in
production, mastering the measurement
tools quality with regard to quality control
in production,
– practical and analytical examples in locating
origins of inaccuracy in production process.
7. Engineering metrology in laboratory:
– requirements for measurement laboratory
and temperature stability,
– classification of measurement laboratories,
2
2
2
2
2
1. Tehnološke meritve v izdelavnem
postopku:
 merilna znanost in inženirska metrologija v
integriranih obdelovalnih sistemih,
 vloga inženirske metrologije za doseganje
kakovosti,
 pomen sistema nacionalnih in referenčnih
etalonov za dolžino, ter zagotavljanja
merilne sledljivosti.
2. Osnovna merila:
 ISO sistem osnovnih enot in njihova
realizacija,
 razvoj in moderna definicija dolžinskega
standarda,
 interferometrija.
3. Vzroki za nastanek napak pri merjenju:
 osnovni koncepti v dimenzijski merilni
tehniki; natančnost, zanesljivost, pogreški,
umerjanje, analiza meritev, obvladovanje
merilnih informacij pridobivanje novega
znanja o procesih na osnovi dimenzijskih
meritev.
4. Vrednotenje izmerjenih podatkov:
 statistika pri meritvah dimenzij,
 organizacijski postopki za uvajanje
statističnih metod kontrole kakovosti z
vidika dimenzijskih meritev.
5. Standardno označevanje toleranc:
 terminologija in oznake,
 referenčni elementi in sistemi,
 ekonomičnost toleranc.
6. Meritve dolžin v izdelavnem postopku:
 merilni elementi in merilne naprave v
sodobnih dimenzijskih meritvah; merjenje
dolžin, kotov, radijev, zobnikov, navojev,
 organizacija meritev v proizvodnjem okolju,
merilnica v proizvodnji, obvladovanje meril
ter kontrola kakovosti,
2
 praktični in analitični primeri pri odkrivanju
vzrokov netočnosti v proizvodnem procesu.
7. Laboratorijske dolžinske meritve:

merilni prostor in zahteve za
temperaturno stabilnost,

razvrstitev merilnih prostorov v razrede,


–
–
measurement machines,
measurements in micro-machining:
triangulation, interferometry, confocal
microscopy.
8. Machine vision in machining systems:
 human vision and possibilities for its
imitation in measurement systems,
 emissive and transmissive pictures,
 image acquisition, image matrix, resolution,
9. Methods of machine vision:
 histogram of grayscale images,
 edge recognition,
 influence of grayscale treshold on the
measurement accuracy,
 texture recognition
10. Measurements and limit measurements
of shape and angle:
 flatness, roundness,
 autocollimator,
 measurement microscope,
 profile projector,
 angle measurement with sine bar and sine
centres.
2
2
2
merilni stroji,
meritve v mikro obdelavi: triangulacija,
interferometrija, konfokalna
mikroskopija.
8. Strojni vid v izdelovalnih sistemih:

človeški vid in možnosti za njegovo
posnemanje,

emisijske in transmisijske slike,

zajem slike, matrika slike, ločljivost
9. Metode strojnega vida:

histogram sivin slike,

iskanje robov,

vpliv meje binarizacije slike na merilno
natančnost,

razpoznavanje tekstur,
10. Merjenje in preverjanje oblike in lege in
kotov:

ravnost, okroglost,

avtokolimator,

merilni mikroskop,

profilni projektor,

sinusna palica in sinusni merilnik.
11. Limit gauges, gears, screw threads:
 tolerance gauges,
 involute curve, gear measurements,
 screw threads measurements.
2
11. Tolerančna merila, zobniki, navoji:

tolerančna merila,

evolventna funkcija, merjenje zobnikov,

merjenje navojev.
12. 3-coordinate CMM:
 coordinate measuring machines, computer
equipment, calibration, measurements of
accuracy, strategy of CMM implementation
in production process,
 measurement of geometrical accuracy with
CMM
 reverse engineering,
13. Sensors in measurement systems:
 sensors in production systems,
 sensors in assembly,
 analysis of measurement signals.
14. Surfaces roughness:
 examination of surface roughness
 influence of roughness on functionality,
 optical and mechanical instruments for
surface metrology,
 2D and 3D parameters of roughness.
15. Machine acceptance tests:
– machine acceptance tests,
– geometric accuracy of machines.
2
12. Tri-koordinatni merilnik:

tridimenzijske meritve: izvedbe,
računalniška oprema, umerjanje, meritev
točnosti, strategija uporabe v izdelovalnem
procesu,

merjenje geometrijske točnosti s CMM
2
2
2

povratno inženirstvo,
13. Senzorji v merilnih sistemih:

senzorji v izdelovalnih sistemih,

senzorji v montažnih sistemih,

analiza merilnih signalov.
14. Merjenje in preverjanje površine:

meritve hrapavosti vpliv na
funkcionalnost,

optične in mehanske naprave za merjenje
površin,

2D in 3D parametri hrapavosti.
15. Prevzemni preizkusi obdelovalnih
strojev:

prevzemni testi strojev,

določanje geometrijske točnosti
obdelovalnih strojev.
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1806 Production Systems
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1806 Proizvodni sistemi
Theory of systems: Formal illustration of
system, open and close system, system
accession.
Elements and model of production systems
Characteristics of production system for lowvolume, volume and mass production
Calculation of resources of production system.
Production system diagnostics
Production system design (six levels method)
3
Design of work process: Workshop, cells, lines.
-m diagram
Layout, design methods and computer aided
layout planning.
4
Value analysis: fundamentals, work plan,
realisation.
3
2
2
4
5
3
4
Teorija sistemov. Formalna ponazoritev
sistema, odprti in zaprti sistem, sistemski
pristop.
Elementi in model proizvodnega sistema.
Karakteristike proizvodnega sistema za
individualno, serijsko in masovno proizvodnjo
Izračun kapacitet proizvodnega sistema.
Diagnostika proizvodnega sistema.
Šeststopenjska metoda oblikovanja
proizvodnega sistema.
Principi oblikovanja poteka dela: delavnice,
celice, linije. -m diagram
Prostorska razmestitev delovnih sredstev,
metode oblikovanja in računalniško podprto
načrtovanje layouta.
Analiza vrednosti: osnove metode, delovni
načrt, izvedba
doc.dr. Niko HERAKOVIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Examples of the use of simulation programs in
the development and analysis of hydraulic and
pneumatic control circuits for HAD.
Vaje
30
4. UN-PRT
Seminar
-
1807 Strega in montaža
1807 Handling and Assembly
Assembly process determination, handling and
assembly devices (HAD) determination.
Possibilities for automation of HAD.
Comparison of caracteristics of hydraulic (H),
pneumatic (P), mechanical and electrical drives
– advantages and weaknesses and selection
criteria.
Basics of hydraulic and pneumatic control.
Basic physical principles of hydraulics and
pneumatics, important for the calculation and
development of H&P components, devices and
control.
H&P components and elements (pumps,
motors, cylinders, valves, other additional
elements – function, design, working principles,
dimension determination).
Hydraulic fluids.
Planning of hydraulic and pneumatic control
circuits for HAD. Basic hydraulic and
pneumatic control circuits.
Basics of electro-pneumatics and electropneumatic control circuits.
The use of PLCs in the development of
pneumatic control circuits.
Basics of proportional and servo-hydraulics and
their use in HAD – examples of typical control
circuits.
Basics of control of hydraulic pumps and
motors, hydraulic and pneumatic linear drives.
Predavanja
45
Vsebina predavanj
3
Opredelitev procesa montaže in strežnih ter
montažnih naprav (SMN). Možnosti
avtomatizacije SMN. Primerjava lastnosti
hidravličnih, pnevmatičnih, mehanskih in
električnih pogonov SMN – prednosti in
slabosti ter kriteriji izbire.
3
Osnove hidravličnih in pnevmatičnih krmilij.
Osnovne fizikalne zakonitosti, potrebne za
preračun hidravličnih in pnevmatičnih pogonov,
krmilij in komponent.
12
Hidravlične in pnevmatične sestavine (črpalke,
motorji, valji, ventili in pomožne sestavine –
funkcija, oblike, načela delovanja,
dimenzioniranje).
Hidravlični fluidi.
Projektiranje hidravličnih in pnevmatičnih
krmilij za SMN. Osnovne hidravlične in
pnevmatične krmilne sheme.
Osnove elektro-pnevmatike in elektropnevmatične krmilne sheme.
Uporaba PLK-jev pri gradnji pnevmatičnih
krmilij.
Osnove proporcionalne in servo-hidravlike ter
njuna uporaba pri gradnji SMN – primeri
tipičnih krmilij.
Osnove krmiljenja in regulacije hidravličnih
črpalk in motorjev ter hidravličnih in
pnevmatični linearnh pogonov.
Primeri uporabe simulacijskih programov pri
gradnji in analizi hidravličnih in pnevmatičnih
krmilij za SMN.
2
7
3
2
3
4
6
prof.dr. Karl KUZMAN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1817 Metal Forming Machines and
Equipment
Technological characteristics of forming
machines, types and basic functions.
Kinematics of three basic machine groups:
machines with limited energy, force and
displacement. Energy flow, batteries and
flywheels.
Synthesis of technology/machine/tooling.
Overload protection of machines and tools,
process control.
Tools: special material characteristics, structure,
standard elements, similarity and group
technologies. Design of active tool elements for
basics metal forming operations.
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1817 Preoblikovalni stroji in naprave
2
8
4
4
12
Tehnološke karakteristike preoblikovalnih
strojev, razdelitev, temeljne funkcije.
Kinematična analiza treh osnovnih skupin
strojev kot: stroji z omejeno energijo, silo in
gibom. Energijski tokovi, akumulator, vztrajnik.
Sinteza tehnologija/stroj/orodje.
Varovanje strojev, orodij pred
preobremenitvijo, nadzor procesov.
Orodja: materiali in njihove lastnosti, zgradba,
normalije, standardizacija, tipizacija, skupinska
tehnologija. Dimenzironiranje aktivnih delov
orodij za poglavitne preoblikovalne operacije.
izr.prof.dr. Zlatko KAMPUŠ
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1818 Machines and Tools for
Polymers
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1818 Stroji in orodja za polimerna
gradiva
Introduction: Purpose, distribution with
respecr to different criteria.
Tools for injection moulding: Purpose,
distribution with respecr to design, basic rules
to consider before tool design.
1
Uvod: Namen, razdelitev po različnih kriterijih.
2
Tool Design for injection moulding: Standard
parts, number and distribution of cavities,
parting line.
Runner system Design: Sprue-bush, main and
distribution runner, gate design.
2
Hot runner system: economical and
technological advantages, externally and
internally heated, planning runner system,
fountain flow melt, regions with different wall
thicknesses, influence of gate location on flow
path.
Part ejection: Planning systems for part
ejection, calculated and estimated ejection
force, estimation of opening force, ejector
designs.
Ejector mechanism: Drive of the mechanism,
especial mechanisms, ejection from unmovable
side, returning ejectors, ejection of parts with
undercut.
Ejection of parts with threads: Ejection of
parts with external and internal threads.
Ejection of undercut, non-cylindrical parts:
Ejection with external and internal undercut
places, moulds with side core, jaw mould.
Venting mould: Diesel effect, passive, active
venting.
Cooling moulds. Heat flow in mould, time of
cooling, thermal conductivity, determination of
cooling time for flat parts, asymmetrical
cooling, cooling different part shapes.
Heat flow and ability of heat exchange in the
mould: Calculation of heat flow from the
mould into the surrounding, examples of
mouldcooling.
Special moulds: Moulds for multi-injection
moulding, gas, water injection moulding,
powder injection moulding.
Machines for injection moulding: injection
unit, injection pressure, reciprocating screw,
barrel, non-return valve, nozzle.
Clamping unit: Mechanical, hydraulic,
3
Orodja za brizganje polimerov: Naloga,
delitev glede na konstrukcijo, osnovna pravila,
ki jih je potrebno upoštevati pred načrtovanjem
orodja.
Konstruiranje orodja za brizganje:
Standardni deli, število in razporeditev orodnih
votlin, delilna ravnina.
Načrtovanje dolivnega sistema: Dolivna šoba,
glavni in razdelilni dolivni kanal, ustje
dolivnega kanala.
Toplokanalni dolivni sistem: Ekonomske in
tehnološke prednosti, notranje in zunanje
ogrevanje, dimenzioniranje dolivnega sistema,
čelo toka taline, področja z različnimi
debelinami stene, vpliv mesta dolivanja na
tečenje taline.
Snemanje brizganca: Načrtovanje sistemov za
snemanje, metode računanje in ocenitve
snemalne sile, ocena odpiralne sile,
konstrukcije snemal.
Snemalni mehanizem: Pogon mehanizma,
posebni pogoni, snemanje iz nepomične smeri,
vračanje snemalcev, snemanje brizgancev s
previsnimi mesti.
Snemanje izdelkov z navoji: Snemanje
brizgancev z notranjim, zunanjim navojem.
Snemanje previsnih necilindričnih izdelkov:
Snemanje z notranjimi, zunanjimi previsnimi
mesti, drsniška, čeljustna orodja.
Odzračevanje orodij: Diesel efekt, pasivno
odzračevanje, aktivno odzračevanje.
Temperiranje orodij: Toplotni tok na orodju,
čas ohlajanja, temperaturna prevodnost,
določanje časa ohlajanja za ploščate izdelke,
asimetrično ohlajanje, ohlajanje različnih oblik.
Toplotni tok in sposobnost toplotne
izmenjave orodja: Izračun toplotnega toka iz
orodja na okolico, primeri temperiranja orodij.
2
2
3
1
1
1
2
2
2
3
2
Posebna orodja: Orodja za večkomponentno
brizganje, brizganje z medijem in brizganje
prahu.
Stroji za brizganje: brizgalna enota, tlak
brizganja, protipovratni polž, cilinder,
protipovratni ventil, puša.
Zapiralna enota: Mehanska, hidravlična,
combined, electrical.
Special types of injection moulding
machines: Machines for multi-injection
moulding, machines for gas, water and powder
injection moulding.
1
kombinirana, električna.
Posebne brizgalke: Stroji za večkomponentno
brizganje, brizganje z medijem in brizganje
prahu.
prof.dr. Janez KOPAČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1819 Machine Tools and Devices
Fundamentals of machine tool building.
Theoretical and technical characteristics of
designing particular machine tools modules.
Modules layout and design of machine tool
fundaments, bed, guides, drives, spindle,
support aparatus ...
Employment of knowledge data bases and
machine tool assembly with modular units.
Adaptation and adjustment of modules with
machine tool design.
Simulations, models and application of cutting
technology for producing forming tools.
Design – machining – production of moulds for
toolmaking. Design of special cutting tools.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1819 Odrezovalni stroji in naprave
5
12
10
10
8
Osnovna načela strojegradnje.
Teoretične in tehnične značilnosti pri
konstruiranju posameznih sklopov odrezovalnih
strojev. Modulno koncipiranje in načrtovanje
temeljev, postelje stroja, vodil vretenjaka,
pogona, suporta konjička ipd.
Uporaba znanja iz datotek in sestavljanje stroja
s pomočjo že izdelanih enot. Konstrukcijsko
prilagajanje in usklajeva-nje modulov z
zaključno enoto.
Simulacije, modeli in aplikacije odrezavanja v
postopke za izdelavo preoblikovalnih orodij.
Načrtovanje – obdelava – izdelava matric
(patric za orodjarstvo). Konstruiranje posebnih
odrezovalnih orodij.
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1820 Technology and Properties of
Metals
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1820 Nauk o kovinah
Solids structure: atomic bonds, crystal grain,
properties of crystal structure.
Structures of solutions and compounds, grain
and phase boundaries, equilibrium shapes of
grains and phases.
Equilibrium constitution and phase diagrams.
4
The driving force for structural change, the
work done during a structural change gives the
driving force for the change: solidification,
solid-state phase changes, precipitate
coarsening, grain growth, recrystllisation, sizes
of driving forces.
Kinetics of structural change; diffusive
transformations, nucleation, displacive
transformations.
Cooling curves, phase diagrams; Steel
quenchability, testing processes, influenced
parameters.
Plastic metal working: mechanism of plastic
deformation, hot and cold deformation, thermomechanical processes.
4
Hardening processes: cold hardening, alloying,
age hardening, diffusive hardening.
4
Creep and stress relaxation, crystal grains, grain
boundaries, diffusion of defects, influence of
stress and temperature on life time, creep
testing procedures, creep prevention.
5
Fracture of metal materials, brittle to ductile
fracture, Griffith`s theory, brittle fracture in
crystal materials, theory of small cracks.
6
4
6
Zgradba trdnih snovi: medatomske vezi,
kristalno zrno, lastnosti kristalne zgradbe.
Idealna in realna zgradba kovin: napake v
kristalnih rešetkah.
Metode določevanja premenskih točk v kovinah
in zlitinah: metode, TTT diagrami, ohlajevalne
krivulje, diagrami stanja.
Kristalizacija kovin: termodinamične razmere
pri kristalizaciji, kinetika nastanka kristalnih zrn
in popis razmer pri rekristalizaciji v trdnem
stanju, posebne binarne zlitine, ternarne zlitine.
4
Difuzija: difuzijski mehanizmi, difuzijski
zakoni, vpliv na difuznost.
4
Prekaljivost jekel: postopki preizkušanja, vplivi
na prekaljivost.
4
Plastična deformacija kovin: mehanizmi
plastične deformacije, deformacija v vročem
stanju, deformacija v hladnem stanju,
termomehanska obdelava.
Mehanizmi utrjevanja: obdelava materiala v
hladnem in žarjenje, povečanje trdnosti zlitin v
obliki trdnih raztopin in utrjevanje zlitin z
izločanjem, difuzijsko utrjevanje.
Lezenje in relaksacija napetosti: kristalna zrna,
kristalne meje, utrjevanje pri nategu, staranje
zaradi napetosti, temperaturni vplivi, vplivi
natezne obremenitve, merjenje procesa lezenja,
preprečevanje procesa lezenja.
Porušitev kovinskih materialov: krhki in žilavi
lom, teorija kohezijske trnosti, Griffithova
teorija, krhki lom pri kristalnih materialih,
žilavi zlom, teorija nastanka razpok, prehod
žilavega v krhki zlom, utrujenostni zlom.
doc.dr. Mihael SEKAVČNIK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1821 Energy Machinery
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1821 Energetski stroji
Introduction: Definition of machinery and
devices. Division into hydraulic and thermal
machinery; power-absorbing and powerproducing machinery; displacement and
turbomachinery.
Fundamental theoretical principles of fluidand thermodynamics, heat transfer and
similarity theory as the basis for operation of
energy machinery and devices.
Displacement machinery; basic features and
usage, work, power, crank shaft mechanism,
operation in a hydraulic system.
Power-absorbing displacement machinery
(pumps and compressors): indicator diagram,
efficiency and special designs and their usage.
Power-producing machinery (internal
combustion engines).
Power-absorbing turbomachinery (pumps,
compressors and propellers): energy
characteristics, operation in a hydraulic system.
Power-producing turbomachinery (water
turbines, hydrodynamic torque converters,
windmills, steam turbines and gas turbines).
Energy devices: features, division.
Heat exchanters (types, average logarithmic
temperature difference, efficiency, exergy loss).
4
Boilers: division and usage, heat flow,
chimney.
Ejectors: operation, calculation and usage.
3
Uvod: definicija energetskih strojev in naprav.
Delitev na aerohidravlične in toplotne
energetske stroje; delovne in pogonske
energetske stroje; volumenske in turbinske
energetske stroje.
Teoretične osnove za obravnavo procesov v
energetskih strojih in napravah: mehanika
tekočin, termodinamika, prenos toplote,
podobnostna teorija.
Volumenski ali izrivni stroji: značilnost in
uporaba, delo moč in izkoristek, ročični
mehanizem, obratovanje v sistemih.
Delovni volumenski stroji (črpalke in
kompresorji): indikatorski diagram, izkoristek
in poseben izvedbe.
Pogonski volumenski stroji: (motorji z
notranjim zgorevanjem).
Delovni turbinski stroji (črpalke, kompresorji
in propelerji): energijske karakteristike,
delovanje v hidravličnem sistemu.
Pogonski turbinski stroji (vodne turbine,
hidrodinamični prenosniki momenta, vetrnice,
parne in plinske turbine).
Energetske naprave: značilnosti, delitev.
Prenosniki toplote (vrste, srednja logaritmična
temperaturna razlika, izkoristek, izgube
eksergije pri prenosu toplote).
Kotli: delitev in uporaba, toplotni tok, dimnik.
2
Ejektorji: delovanje, preračun in uporaba.
6
4
4
4
4
4
4
2
doc.dr. Roman ŠTURM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1822 Non-metal Materials
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
-
1822 Nekovinska gradiva
Bonding forces and stiffness of solids, hightechnology ceramics, processing routes for
ceramics, making and pressing powders to
shape, sintering.
Polymers, thermoplastics, thermosets,
elastomers the structure of polymers,
mechanical behavior of polymers.
Composites; fibrous, particulate and foamed,
how adding fibres or particles to polymers can
improve their stiffness, strength and toughness,
why foams are good for absorbing energy
composites with metal, polymer and ceramic
matrix.
10
Vezalne sile in trdnost trdnin. Tehnične
keramike. Sintranje keramičnih materialov.
10
Polimeri.
10
Joining of composites.
Fatigue of composites.
10
5
Kompozitni materiali. Ojačitve in povezava
med osnovo in ojačitvijo. Kompoziti s kovinsko
osnovo. Kompoziti s keramično osnovo.
Kompoziti s polimerno osnovo. Togost, trdnost
in ostale lastnosti. Togosti enosmernih
kompozitov in laminatov. Utrujanje in vplivi
okolja.
Spajanje kompozitnih materialov.
Neporušno preizkušanje kompozitnih
materialov.
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1823 Project Management
Definition of project and project management.
Mathematical formulation of project.
Project team organization and creative work.
Phases in project planning.
Project work breakdown structure.
Human resources planning and responsibility
matrix.
Structure of project – network plan.
Time and resources plan, cash flow.
Baseline plan.
Project control.
Project information system.
Multi-project environment.
Project management office.
Earned value analysis.
Computer added project management.
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1823 Projektno vodenje
1
1
3
1
2
2
2
4
1
2
2
2
2
2
3
Definicija projekta in projektnega vodenja.
Matematična formulacija projekta.
Organizacija projektnega tima in kreativnost.
Faze načrtovanja projekta.
Razčlenjena struktura vsebine dela projekta.
Načrtovanje virov projekta in matrika
odgovornosti.
Struktura projekta – mrežni diagram.
Analiza časa, virov in stroškov.
Bazični načrt.
Vodenje izvajanja projekta.
Projektni informacijski sistem.
Multi-projektno okolje.
Pisarna projektnega vodenja.
Analiza pridobljene vrednosti.
Računalniško podprto vodenje projektov.
prof.dr. Mihael JUNKAR / prof.dr. Karl KUZMAN
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1824 Management of Innovative
Technologies
1. Position, role and significance of
management of innovative technologies
Positioning of management of innovative
technologies in the engineering profession,
introduction to the role and significance of
advanced technologies and innovation for
economic growth and greater competitiveness
from the point of view of private enterprises
and broader public interest.
2. Management of Technologies
2.1 What is technology, management and
management of technologies
Advanced production technologies, process and
manufacturing technologies, information
technologies, conventional and novel views on
technologies, basic, key technologies and
emerging technologies.
Leadership and management, levels and fields
of management. Operative and strategic
management of technologies.
2.2 Audit of technology and innovation
Identification and evaluation of technology and
innovative capabilities of a business.
2.3 Implementing new technologies
How to choose the appropriate technology?
How to master a technology? How to
implement and exploit a technology?
2.4 Creating and developing a technology
strategy
Goals and elements of a technology strategy.
Portfolio analysis.
Marketing and investment strategies based on a
technology portfolio.
3. Management of Innovation
3.1 Changes in technology and global
technology trends
Product life-cycle and technology life-cycle.
3.2 Innovation process
Invention, innovation and re-innovation. The
innovation process. Sources of innovation.
3.3 Product Innovation
Links with technology strategy: incremental or
radical innovation of processes. Monitoring,
evaluating and mastering new technologies.
Key factors for successful process innovation.
Predavanja
30
Vsebina predavanj
Vaje
30
4. UN-PRT
Seminar
15
1824 Manegement inovativnih
tehnologij
4
1. Mesto, vloga in pomen menedžmenta
inovativnih tehnologij
Umestitev menedžmenta inovativnih tehnologij
v širšo perspektivo, predstavitev vloge in
pomena tehnologij in inovacij za gospodarsko
rast in konkurenčnost iz vidika podjetja in širše
skupnosti
6
2. Menedžment tehnologij
2.1 Kaj so tehnologija, management in
management tehnologij
Tehnologij proizvodov, procesna in izdelovalna
tehnologija, informacijska tehnologija,
Konvencionalni in novi pogledi na tehnologijo,
Bazične, ključne tehnologije in prihajajoče
tehnologije.
Upravljanje in management, ravni in vrste
(področja) managementa.
Operativni in strateški management tehnologij.
2.2 Tehnološki in inovacijski
Identifikacija in ovrednotenje tehnoloških in
inovacijskih sposobnosti podjetja.
2.3 Uvajanje novih tehnologij
Kako izbrati tehnologijo? Kako osvojiti
tehnologijo? Kako udejaniti in izkoristiti
tehnologijo?
2.4 Oblikovanje in razvoj tehnološke
strategije
Cilji in elementi tehnološke strategije. Analiza
portfeljev.
Trženjske in investicijske strategije na podlagi
tehnološkega porteflja.
3. Management inovacij
3.1 Tehnološke spremembe in svetovni
tehnološki trendi
Življenski cikel izdelkov in tehnološki
življenjski cikel.
3.2 Inovacijski process
Invencija, inovacija in re-inovacija. Inovacijski
proces.
Viri inovacij.
3.3 Inovacija proizvodov
Povezava s tehnološko industrijo:
inkrementalna ali radikalna inovacija procesov.
Spremljanje, ocenjevanje in osvajanje novih
tehnologij.
Kritični dejavniki uspeha inovacije procesa.
15
3.4 Process innovation
4 Management of change
4.1 Human resources, systems and
organization.
4.2 Organisational culture
4.3 Methods and tools for implementation
and guiding technology change
5
3.4 Inovacija procesov
4 Management sprememb
4.1 Ljudje sistemi in organizacija.
4.2 Organizacijska kultura
4.3 Metode in orodja za uvajanje in vodenje
tehnoloških sprememb
izr.prof.dr. Janez DIACI
Lectures
Exercises
30
15
Contents of lectures
Seminar
30
h/ure
1825 Laser Systems
Laser sources
Components of laser systems
Laser processing systems
Laser based measurement systems
Laser safety
Predavanja
30
Vsebina predavanj
Vaje
15
4. UN-PRT
Seminar
30
1825 Laserski sistemi
10
6
6
6
2
Laserski izvori
Komponente laserskih sistemov
Laserski obdelovalni sistemi
Laserski merilni sistemi
Varnost in zaščita v laserskih sistemih
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-PRT
Seminar
-
1834 Preizkušanje materialov
1834 Materials Testing
Mechanical testing: planning of mechanical
testing, specimen selection, review of results
and material state evaluation.
Light microscopy: optical microscopes, samples
preparation, measuring and evaluation of
microstructural characteristics, borescopes and
fibrescopes, liquid penetrant testing.
Surface integrity: residual stresses, wear
processes, corrosion.
Electron microscopes: development of electron
microscopes, types of electron microscopes,
basic parts of electron microscope, preparation
techniques, application of electron microscopes.
Micro-chemical metallography: Crystal
spectroscopy, energy dispersion spectroscopy,
preparation of samples, electron microanalyses,
transmission electron microscope.
6
Surface metallography: examination methods,
Auger electron spectroscopy. Spectral analysis:
light excitation, light beam diffraction,
applications of qualitative and quantitative
analysis.
Examination of surface flaws with magnetic
particle testing: basic concepts, magnetic field
generation and demagnetizing the sample,
magnetic particle types, testing devices and
setups.
Eddy current inspection of properties and flaws
in the specimens: basic concept, inspection
methods, development of criteria for evaluation
of different material properties.
Radiographic inspection: principles of
radiography, types and shapes of radiation
sources, types of anode heads, tube focus,
overview of intensity measuring techniques,
picture quality, unsharpness, determining
optimal distance between tube and specimen,
flaw evaluation, radiation safety.
Ultrasonic inspection: basic concepts,
ultrasound generation, ultrasonic inspection
methods, ultrasonic devices, ultrasonic
transducers, special ultrasonic methods for
examination of properties and states of
materials. Acoustic emission.
4
6
6
4
6
5
4
4
Mehanski preizkusi: načrtovanje mehanskih
preizkusov, izbor vzorcev, prikaz rezultatov in
ocena stanja materiala.
Optična mikroskopija: optični mikroskopi,
preparativna tehnika, merjenje in ocenjevanje
strukturnih značilnosti v materialu, boreskopija
in fiberskopija, penetrantski preizkusi.
Integriteta površin: zaostale napetosti, obrabni
procesi, korozija.
Elektronska mikroskopija: razvoj elektronskih
mikroskopov, vrste elektronskih mikroskopov,
glavne sestavine elektronskih mikroskopov,
preparativna tehnika, uporaba elektronske
mikroskopije (primeri). Mikrokemična
metalografija: kristalna spektroskopija,
energijsko disperzijska spektroskopija, priprava
vzorcev, elektronska mikroanaliza, analizni
transmisijski elektronski mikroskop.
Površinska metalografija: raziskovalne metode,
spektroskopija Augerjevih elektronov.
Spektralna analiza: vzbujanje svetlobe, uklon
svetlobnih žarkov, kvalitativna in kvantitativna
analiza (primeri).
Preiskava površinskih napak z magnetnimi
metodami: fizikalne osnove, načini magnetenja
in načini razmagnetenja preizkušancev, vrste
magnetnih sredstev, sistemi za kontrolo in
prikaz rezultatov.
Preiskave lastnosti materialov in napak v
materialu z vrtinčnimi tokovi: fizikalne osnove,
postopki preizkušanja, razvoj kriterijev za
ocenjevanje različnih lastnosti materialov.
Preiskave z rentgenskimi in gama žarki:
fizikalne osnove, vrste in oblike rentgenskih
cevi, vrste anodnih glav, žarišče cevi, pregled
načinov merjenja intenzivnosti, kakovost slike
in notranja neostrina, določevanje optimalne
razdalje cevi od preizkušanca, ocenjevanje
napak, varstvo proti sevanju.
Preiskava materialov z ultrazvokom: fizikalne
osnove, pridobivanje ultrazvoka, postopki
preizkušanja, naprave za preizkušanje,
ultrazvočne glave, posebni postopki
preizkušanja materialov in stanja materialov.
Akustična emisija.
prof.dr. Jožef DUHOVNIK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1835 Modelling of Products
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-PRT
Seminar
-
1835 Modeliranje proizvodov
Designer’s environment and use of computer
aided technologies throughout the D&D
process.
7 phases of D&D process. (Hubka)
2
Okolje konstruktorja pri uporabi računalniške
tehnologije v celotnem R&K procesu.
2
Iterative D&D process using golden loop.
(Duhovnik)
Relation between function and shape.
Specification of engineering software:
modelers, various analyses of solids, liquids
and gases, other software.
Description of design levels. Introduction of
engineering software regarding the design
levels.
Classification: modular, product and other.
Natural classification and its basics.
Technical documentation according to phases
of manufacturing process (managerial, D&D,
technological).
Changes of documentation initiated by the use
of computer technologies.
Product structure and its direct influence on the
structure of technical documentation. The
content of technical documentation.
Expert systems: purpose, knowledge
representation, inference mechanisms, structure.
2
Computer hardware appropriate for engineering
design: basic units, dedicated hardware for a
workplace , workplace in virtual world,
networks, communication.
5
Engineering software: basics, geometric
modeler (topology, database), geometric and
user primitives, space orientation, use and
potential of parametric curves.
5
PDM and PLM systems. Basics needed to
understand software environment within the
industrial environment. Requirements for
connection between D&D and manufacturing
process.
Integrated manufacturing in modern distributed
production environment. Introduction of PDM
systems into praxis and steps needed for
efficient application.
5
Razvojno konstrukcijki proces s sedmimi
fazami. (HUBKA).
R&K iterativni proces z zlato zanko.
(DUHOVNIK)
Povezava med funkcijo in obliko.
Umestitev programske opreme: modelirnikov,
analize napetostnih stanj v trdninah, tekočinah
in plinih in ostala programska oprema.
Opredelitev nivojev konstruiranja. Predstavitev
potrebne programske opreme pri različnih
nivojih konstruiranja.
Klasifikacija: modularna, izdelčna in druga.
Naravna klasifikacija in njene osnove.
Tehnična dokumentacija glede na dele
proizvodnega procesa (upravna, konstrukcijska
(R&K), tehnološka (izdelovalna)).
Spremembe v izdelavi dokumentacije zaradi
uporabe računalniških tehnologij.
Struktura izdelka in neposreden vpliv na
strukturo tehnične dokumentacije. Podatkovna
vsebina delavniške dokumentacije.
Ekspertni sistemi: namen, predstavitev znanja,
mehanizmi sklepanja. Struktura ekspertnih
sistemov.
Strojna oprema primerna za konstruiranje:
osnovne enote, namenska sestava strojne
opreme za posamezno delovno mesto (DM),
DM v virtualnem svetu, omrežja (LAN, WAN,
internet), komunikacija med omrežji.
Programska oprema: osnove, geometrijski
modelirnik (topologije, baza podatkov),
geometrijski in uporabniški primitivi,
prostorska orientacija, uporaba oz. možnosti
parametričnih krivulj.
PDM in PLM sistemi. Osnove za razumevanje
programskega okolja v proizvodnem okolju.
Zahteve za povezavo podatkov med razvojnokonstrukcijskim in izdelovalnim procesom.
2
2
2
2
2
2
2
5
5
Integrirana proizvodnja v modernem
distribuiranem okolju proizvodnje.Uvajanje
PDM sistemov in potrebni koraki.
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1841 Heat Treatment 1
Fundamentals of heat treatment: Pure iron, The
iron-carbon equilibrium diagram, Austenite
transformation, Retained austenite
transformation, Continuous and Isothermal
Time-Temperature-Transformation (TTT)
diagrams.
Heat-treatment of steels, Annealing treatments,
Annealing defects, Quenching media,
Quenching in water, Quenching in oil,
Quenching in water solutions, Quenching in
mineral salts, Air quenching, Influences on the
hardening process, Thermal hardening,
Discontinuited hardening, Transformational
stresses, Hardening defects, Tempering as a
diffusion process, Structural changes during
Tempering, Quenching and Tempering of
steels, Influences on Quenching and
Tempering, Tempering brittleness, Patenting.
Hardenability: Hardenability according to
Grossman, Jominy test, Intensity of quenching
– H value, Influences on hardenability.
Diffusion: Carburization, Hardening procedures
after carburization, Characteristics of
carburized parts, Nitriding, Diffusion of
Nitrogen, Different methods of Nitriding and
Carbonitriding, Structural changes and
properties.
Surface hardening: Induction hardening,
Physical basis, Energy sources, Thermal
parameters of induction hardening, Induction
hardening, Properties of case hardened parts,
Materials for induction hardening, Flame
hardening, Materials for flame hardened
machine components, Procedures of case
hardening.
Heat treatment of cast irons and nodular cast
irons.
Heat treatment of non-ferous alloys, Aluminium
alloys, Copper alloys, Titanium alloys, etc.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-VAT
Seminar
-
1841 Toplotna obdelava 1
6
Osnovne teorije toplotne obdelave: čisto železo,
diagram stanja Fe-Fe3C, nastanek avstenita pri
segrevanju, transformacija podhlajenega
avstenita, kontinuirni in izotermni TTt
diagrami.
10
Postopki toplotne obdelave, postopki žarjenja,
napake pri postopkih žarjenja, sredstva za
gašenje, kaljenje v vodi, v olju, v vodnih
raztopinah mineralnih soleh, kaljenje na zraku,
vplivi na proces kaljenja, termalno kaljenje,
prekinjeno kaljenje, napetosti pri kaljenju,
napake pri kaljenju, popuščanje kot difuzijski
proces, strukturne spremembe pri popuščanju,
poboljšanje, vplivi na poboljšanje jekel,
popustna krhkost, patentiranje.
6
Prekaljivost jekel: prekaljivost po Grossmanu,
po Jominyju, intenziteta hlajenja – H vrednost,
vplivi na prekaljivost.
Difuzijski postopki toplotne obdelave:
cementacija, postopki kaljenja po ogljičenju,
lastnosti cementiranih delov, nitriranje,
mehanizem difuzije dušika, opis različnih
postopkov nitriranja in karbonitriranja,
strukturne spremembe in lastnosti.
Površinsko kaljenje: indukcijsko kaljenje,
fizikalne osnove, izvori energije, termični
parametri induktivnega segrevanja, postopki
indukcijsko kaljenih delov, lastnosti površinsko
kaljenih delov, materiali za induktivno kaljenje,
plamensko kaljenje, materiali za plamensko
kaljenje, postopki plamenskega kaljenja.
8
4
5
6
Toplotna obdelava jeklene litine, sive litine in
nodularne litine.
Toplotna obdelava neželeznih zlitin na osnovi
aluminija, bakra, titana, itd.
izr.prof.dr. Peter BUTALA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1842 FMS and CIM systems 1
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN- VAT
Seminar
-
1842 FMS in CIM sistemi 1
Introduction; innovation as the key enabler of
competitiveness and growth in manufacturing.
Basic terms and definitions.
Overview of technological developments and
current trends in industry – materials, cutting
materials, manufacturing processes, automation,
control technologies, organization
Manufacturing system as a cybernetic structure
– three-level model of a factory, model of a
machining system
Integration of machining systems into flexible
manufacturing systems and cells.
Integration of software systems; computer
integrated manufacturing. Principles of
integration – series integration and neutral data
formats; parallel integration via data buffers;
integration in real-time environments, OPC;
data synchronization.
Communication systems in manufacturing;
ISO/OSI model, local area networks and
fieldbus technologies. Wireless technologies;
RFID.
Numerical control (NC) and computer
numerical control (CNC) of machine tools.
DNC. PLC.
Point-to-point control; continuous control.
Morphology of machine tools. Control
principles: motion control, digital process
control, human/machine interface.
Pulse and phase type positioning/velocity
control; open-loop control.
NC-programming: manual programming,
computer-aided programming, CAM systems.
3
Rapid prototyping and tooling technologies and
integration: overview of technologies,
information flow, integration.
Assembly process: manual, automated, hybrid
assembly. Integration issues. Assembly
systems: design for assembly, design of
assembly systems.
Material flow in production and its integration:
typical manufacturing structures. Lay-out
design of flexible manufacturing cells and
systems.
3
6
3
3
3
3
3
3
3
6
3
3
Uvod; inovacija kot ključni faktor
konkurenčnosti in rasti v proizvodnji. Osnovni
pojmi in definicije.
Pregled stanja v industriji in razvoju na
področju materialov, rezalnih materialov,
tehnoloških procesov, avtomatizacije, krmilnih
tehnologij, organizacije
Proizvodni sistem kot kibernetska struktura –
tri-nivojski model tovarne, kibernetski model
obdelovalnega sistema
Integracija obdelovalnih sistemov v fleksibilne
obdelovalne sisteme in celice.
Računalniško integrirana proizvodnja. Principi
integracije – serijska integracija in nevtralni
podatkovni formati; paralelna integracija in
podatkovna odložišča; integracija v okolju
realnega časa, OPC; sinhronizacija podatkov .
Komunikacijski sistemi v proizvodnji; ISO/OSI
sedem-nivojski model, lokalne mreže,
proizvodne mreže. Brezžične komunikacije,
RFID.
Numerično krmiljenje (NC) in računalniško
numerično krmiljenje strojev in naprav. DNC.
Programsko logično krmiljenje. Krmiljenje
gibanja: od točke do točke, krmiljenje po
konturi. Principi krmiljenja: krmiljenje gibanja,
krmiljenje procesa, vmesnik človek-stroj.
Pulzni, fazni in koračni načini krmiljenja
hitrosti/položaja.
NC- programiranje: ročno programiranje,
računalniško podprto programiranje, CAM
sistemi.
Tehnologije hitrega prototipiranja in integracija;
pregled tehnologij, informacijski tokovi,
integracija.
Montažni procesi: ročna, avtomatizirana in
hibridna montaža. Integracija montaže.
Montažni sistemi in celice, načrtovanje
sistemov.
Materialni tokovi v proizvodni in integracija:
načrtovanje fleksibilnih obdelovalnih celic in
sistemov.
prof.dr. Janez TUŠEK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-VAT
Seminar
-
1843 Physics of Welding
1843 Fizika varjenja
Introduction – symbols, units, dimensions.
Physical properties of fluids at elevated
temperatures. Electricity and magnetism.
Dynamics and magneto-dynamics of fluids.
Electric arc in welding in different shielded
media. Metal transfer and mass flow from filler
material to weld pool. Mass flow in weld pool.
High energy density welding; laser, plasma,
eletron beam.
Power sources for welding, brazing, thermal
cutting and their basic characteristics.
Physical phenomena in resistance welding:
spot, projection, seam, flash welding. High
frequency resistance welding.
Physical phenomena in welding with
mechanical energy.
Some pysical properties of flame cutting and
oxy-fuel cutting, arc cutting, plasma arc cutting,
laser beam cutting.
Basic pysical properties of brazing, adhesive
bonding, and spraying of metals and nonmetals, and welding of thermoplastics.
Thermal fields and thermal phenomena in
different power sources for welding and
brazing.
Development of stresses, shrinkage and
distortion in weldments. Cracking in welding
joints.
4
Uvod – simboli, enote, dimenzije. Fizikalne
lastnosti fluidov pri povišanih temperaturah.
Elektrika in magnetika. Dinamika in
magnetodinamika fluida.
Električni oblok pri varjenju v različnih
zaščitnih medijih. Prenos kovine in masni tok
od dodajnega materiala v talino vara. Masni tok
v talini vara. Varjenje z visoko gostoto moči:
laser, plasma elektronski snop.
Viri energije za varjenje, spajkanje, toplotno
rezanje in njihove karakteristike.
Fizikalni fenomeni pri uporovno varjenje:
točkovno, bradavično, kolutno in obžigalno.
Visokofrekvenčno uporovno varjenje.
Fizikalni fenomeni pri varjenju z mehansko
energijo.
Nekaj fizikalnih značilnosti pri plamenskem
rezanju s čistim kisikom in z dodatki, rezanje z
oblokom, s plazemskim oblokom in z laserjem.
Osnovne fizikalne lastnosti lotanja, lepljenja in
nabrizgavanja kovin in nekovin ter varjenja
termoplastov.
Toplotna polja in toplotni pojavi pri različnih
virih energije za varjenje in spajkanje.
5
Pojav napetosti, skrčkov in deformacij v
varjencih elementih. Razpoke v zvarnih spojih
6
10
4
4
4
4
4
prof.dr. Janez TUŠEK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Vaje
30
4. UN-VAT
Seminar
-
1844 Kemijsko metalurške osnove
varilnih procesov in tehnologij
1844 Fundamentals of Chemistry and
Metallurgy of Welding Processes and
Technologies
Fundamentals of chemistry and metallurgy
related to welding processes.
Gas dissociation in a welding arc. Oxide
formation – oxidizing-reduction processes
during welding. Chemical potential,
equilibrium. Phenomena in weld pools, phase
boundaries. Surface tension.
Viscosity of fluids. Diffusion phenomena.
Description of physical and chemical processes
in individual welding processes (gas welding,
welding with covered electrodes; TIG, MIG,
MAG, and submerged arc welding; plasma arc
welding; electron beam welding, non-fusion
welding, brazing, cutting, spraying).
Welding and brazing metallurgy
(discontinuities, cracks, structural
transformations).
Stresses and strains related to changesin weld
metal structure.
Predavanja
45
Vsebina predavanj
6
12
14
5
8
Kemijsko metalurške osnove varilskih
procesov.
Disociacija plinov v varilnem obloku. Tvorba
oksidov – oksidacijsko redukcijski procesi med
varjenjem. Kemični potencial, ravnotežje.
Pojavi v talinah, na faznih mejah. Površinska
napetost.
Viskoznost tekočin. Difuzijski pojavi.
Obravnava fizikalno kemičnih procesov pri
posameznih varilnih postopkih (plam.
varj.)varjenje z oplaščenimi elektrodami; TIG,
MIG, MAG, in EPP varjenje; Plazma; El. snop,
varjenje brez taljenja, spajkanje, rezanje, in
brizganje).
Metalurgija spajkanja in varjenja
(nehomogenosti, razpoke, strukturne premene).
Napetosti in deformacije v povezavi s spremebo
strukture vara.
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-VAT
Seminar
-
1845 Preizkušanje materialov
1845 Materials Testing
Mechanical testing: planning of mechanical
testing, specimen selection, review of results
and material state evaluation.
Light microscopy: optical microscopes, samples
preparation, measuring and evaluation of
microstructural characteristics, borescopes and
fibrescopes, liquid penetrant testing.
Surface integrity: residual stresses, wear
processes, corrosion.
Electron microscopes: development of electron
microscopes, types of electron microscopes,
basic parts of electron microscope, preparation
techniques, application of electron microscopes.
Micro-chemical metallography: Crystal
spectroscopy, energy dispersion spectroscopy,
preparation of samples, electron microanalyses,
transmission electron microscope.
6
Surface metallography: examination methods,
Auger electron spectroscopy. Spectral analysis:
light excitation, light beam diffraction,
applications of qualitative and quantitative
analysis.
Examination of surface flaws with magnetic
particle testing: basic concepts, magnetic field
generation and demagnetizing the sample,
magnetic particle types, testing devices and
setups.
Eddy current inspection of properties and flaws
in the specimens: basic concept, inspection
methods, development of criterions for
evaluation of different material properties.
Radiographic inspection: principles of
radiography, types and shapes of radiation
sources, types of anode heads, tube focus,
overview of intensity measuring techniques,
picture quality, unsharpness, determining
optimal distance between tube and specimen,
flaw evaluation, radiation safety.
Ultrasonic inspection: basic concepts,
ultrasound generation, ultrasonic inspection
methods, ultrasonic devices, ultrasonic
transducers, special ultrasonic methods for
examination of properties and states of
materials. Acoustic emission.
4
6
6
4
6
5
4
4
Mehanski preizkusi: načrtovanje mehanskih
preizkusov, izbor vzorcev, prikaz rezultatov in
ocena stanja materiala.
Optična mikroskopija: optični mikroskopi,
preparativna tehnika, merjenje in ocenjevanje
strukturnih značilnosti v materialu, boreskopija
in fiberskopija, penetrantski preizkusi.
Integriteta površin: zaostale napetosti, obrabni
procesi, korozija.
Elektronska mikroskopija: razvoj elektronskih
mikroskopov, vrste elektronskih mikroskopov,
glavne sestavine elektronskih mikroskopov,
preparativna tehnika, uporaba elektronske
mikroskopije (primeri). Mikrokemična
metalografija: kristalna spektroskopija,
energijsko disperzijska spektroskopija, priprava
vzorcev, elektronska mikroanaliza, analizni
transmisijski elektronski mikroskop.
Površinska metalografija: raziskovalne metode,
spektroskopija Augerjevih elektronov.
Spektralna analiza: vzbujanje svetlobe, uklon
svetlobnih žarkov, kvalitativna in kvantitativna
analiza (primeri).
Preiskava površinskih napak z magnetnimi
metodami: fizikalne osnove, načini magnetenja
in načini razmagnetenja preizkušancev, vrste
magnetnih sredstev, sistemi za kontrolo in
prikaz rezultatov.
Preiskave lastnosti materialov in napak v
materialu z vrtinčnimi tokovi: fizikalne osnove,
postopki preizkušanja, razvoj kriterijev za
ocenjevanje različnih lastnosti materialov.
Preiskave z rentgenskimi in gama žarki:
fizikalne osnove, vrste in oblike rentgenskih
cevi, vrste anodnih glav, žarišče cevi, pregled
načinov merjenja intenzivnosti, kakovost slike
in notranja neostrina, določevanje optimalne
razdalje cevi od preizkušanca, ocenjevanje
napak, varstvo proti sevanju.
Preiskava materialov z ultrazvokom: fizikalne
osnove, pridobivanje ultrazvoka, postopki
preizkušanja, naprave za preizkušanje,
ultrazvočne glave, posebni postopki
preizkušanja materialov in stanja materialov.
Akustična emisija.
izr.prof.dr. Alojzij SLUGA
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1846 Quality Control
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-VAT
Seminar
-
1846 Kontrola kvalitete
Introduction to quality engineering and
technology
Strategic quality deployment
Quality management systems – from ISO 9000
to ISO/TS 16949
Quality planning and control of product/service
development, manufacturing and usage
Organization of quality system on the
manufacturing level
Statistical methods for quality design and
control
Statistical quality control
Process control based on control charts –
planning, introduction and usage of control
charts
Process capability assessment – process
characteristics vs. tolerance specification
Process control methods in batch and one-of-akind production
Acceptance sampling - Lot-by-Lot acceptance
sampling by attributes, designing optimal
inspection plans
Troubleshooting and quality improvement
schemes
General principles of design of experiment
methodology for product and process design
3
Uvod – Inženirstvo in tehnologija kakovosti
3
3
Strateški razvoj kakovosti
Sistemi vodenja kakovosti - od ISO 9000 do
ISO/TS 16949
Obvladovanje kakovosti v fazah osvajanja,
proizvajanja in uporabe proizvodov/storitev
Organizacija sistema kakovosti na proizvodnem
nivoju
Statistične metode načrtovanja in obvladovanja
kakovosti izdelkov in procesov
Statistična kontrola procesov
Analiza procesov na osnovi kontrolnih kart:
oblikovanje, uvajanje in uporaba kontrolnih
kart.
Ocenjevanje sposobnosti procesov, sposobnost
procesov in specifikacije
Specifične metode kontrole procesov v
maloserijski proizvodnji.
Prevzemno vzorčenje – vzorčni načrt in
operacijske karakteristike, prevzemni in mejni
nivo kakovosti ter povprečna izhodna kakovost.
Odkrivanje napak in izboljšave procesov.
Introduction to reliability – reliability modeling,
design, control and assessment
Time-dependant modeling of structure
reliability
3
3
3
3
3
3
3
3
3
3
3
3
Osnove in uporaba statističnega načrtovanja
eksperimentov za načrtovanja kakovosti
proizvodov in procesov.
Osnove zanesljivosti - Modeliranje in
načrtovanje zanesljivosti
Zanesljivost strukture sistema kot funkcija časa
izr.prof.dr. Janez KRAMAR
Lectures
Exercises
30
45
Contents of lectures
1847
There is no lectures at the moment.
Seminar
h/ure
Predavanja
30
Vsebina predavanj
Vaje
45
4. UN-VAT
Seminar
-
1847 Varilno tehnična zasnova
elementov in konstrukcij
OSNOVE: kriteriji za izbor jekel odpornih proti
krhkemu lomu. Klasifikacija napak v zvarnih spojih.
Kvaliteta zvarnih spojev. Kriteriji dimenzioniranja
zvarnih spojev. Trajne deformacije kot posledica
varjenja.
ZASNOVA VARJENIH NOSILNIH
ELEMENTOV: varjeni odprti in zaprti »linijski«
nosilni elementi. Notranja struktura (ojačitve)
varjenih »linijskih« nosilnih elementov. Priključki in
križanja »linijskih« nosilnih elementov. »Ploskovni«
varjeni elementi. Poliedrične in celične strukture.
ZASNOVA VARJENIH KONSTRUKCIJ (zgledi):
varjena nosilna ogrodja stavb. Varjeni cestni in
železniški mostovi. Tlačne posode in cevovodi.
Ogrodja transportnih naprav. Ogrodja strojev.
prof.dr. Janez TUŠEK
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1848 Devices for Welding Processes
and Safety at Work
Introduction and basic terms
Of the physics of welding,
particularly arc, forces acting in the arc, material
transfer and its IIW classification, weld pool, arc
stability and arc length self-regulation, arc blow
effect – causes of its occurrence and prevention.
Machines and devices for arc welding with
covered electrodes, gas shielded arc welding,
under flux arc welding, and for special
processes such as impact welding, welding with
magnetically impelled arc, and narrow-gap
welding, stud welding.
Devices for resistance welding, including those
for under flux welding.
Devices for high-energy density welding such
as plasma welding, electron beam welding, and
light beam welding, including laser beam
welding.
Devices for forge welding, friction welding,
diffusion welding, ultrasonic welding, and
vibration welding, friction stir welding and
other devices for welding with a mechanical
force.
Machines and devices for gas welding and
cutting, storage and transport of gases, fittings
and safety seals.
Drive systems for wires and carts in automated
welding. Regulation and automation of welding
machines.
Auxiliary welding units and accessories such as
welding tables, clamping devices for workpiece
preheating.
Predavanja
45
Vsebina predavanj
Vaje
30
4. UN-VAT
Seminar
-
1848 Oprema za varilne procese in
varstvo pri delu
3
8
4
3
6
8
6
7
Uvod, osnovni pojmi in vsebina
Osnove fizike varjenja s posebnim poudarkom
na obloku, na silah v obloku, prehajanju
materiala in klasifikaciji slednjega po IIW ter
na talini vara, obločni stabilnosti,
samoregulaciji, pihalni učinek – vzrok za
nastanek in ukrepi za preprečitev.
Stroji in naprave za obločno varjenje z
oplaščeno elektrodo, v zaščitnih plinih, pod
talili in za posebne postopke kot so: varjenje z
udarom, z elektromagnetno krmiljenim
oblokom in v ozki reži, varjenje čepov.
Naprave za uporovno varjenje, vključno za
varjenje pod talili.
Naprave za varjenje z visokimi gostotami moči:
plazemske, za varjenje z elektronskim snopom
in s snopom svetlobe, vključno laserske
naprave.
Naprave za kovaško varjenje, s trenjem,
difuzijsko varjenje, ultrazvočno in vibracijsko
varjenje in druge naprave za varjenje z
mehansko silo.
Stroji in naprave za plamensko varjenje in
rezanje, skladiščenje in transport plinov,
armature in varovalke.
Pogonski sistemi za pogon žic in vozičkov pri
avtomatskem varjenju. Regulacija in
avtomatizacija varilnih naprav.
Varilni pristroji in pomožne naprave, kot so
varilne mize, upenjalne naprave za
predgrevanje varjencev.
izr.prof.dr. Janez DIACI
Lectures
Exercises
30
15
Contents of lectures
Seminar
30
h/ure
1866 Laser Systems
Laser sources
Components of laser systems
Laser processing systems
Laser based measurement systems
Laser safety
Predavanja
30
Vsebina predavanj
Vaje
15
5. UN-VAT
Seminar
30
1866 Laserski sistemi
10
6
6
6
2
Laserski izvori
Komponente laserskih sistemov
Laserski obdelovalni sistemi
Laserski merilni sistemi
Varnost in zaščita v laserskih sistemih
prof.dr. Karl KUZMAN
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1867 Metal Forming Machines and
Equipment
Technological characteristics of forming
machines, types and basic functions.
Kinematics of three basic machine groups:
machines with limited energy, force and
displacement. Energy flow, batteries and
flywheels.
Synthesis of technology/machine/tooling.
Overload protection of machines and tools,
process control.
Tools: special material characteristics, structure,
standard elements, similarity and group
technologies. Design of active tool elements for
basics metal forming operations.
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
15
1867 Preoblikovalni stroji in naprave
2
8
4
4
12
Tehnološke karakteristike preoblikovalnih
strojev, razdelitev, temeljne funkcije.
Kinematična analiza treh osnovnih skupin
strojev kot: stroji z omejeno energijo, silo in
gibom. Energijski tokovi, akumulator, vztrajnik.
Sinteza tehnologija/stroj/orodje.
Varovanje strojev, orodij pred
preobremenitvijo, nadzor procesov.
Orodja: materiali in njihove lastnosti, zgradba,
normalije, standardizacija, tipizacija, skupinska
tehnologija. Dimenzironiranje aktivnih delov
orodij za poglavitne preoblikovalne operacije.
izr.prof.dr. Zlatko KAMPUŠ
Lectures
Exercises
30
30
Contents of lectures
Seminar
15
h/ure
1868 Machines and Tools for Polmers
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
15
1868 Stroji in orodja za polimerna
gradiva
Introduction: Purpose, distribution with
respect to different criteria.
Tools for injection moulding: Purpose,
distribution with respect to design, basic rules
to consider before tool design.
1
Uvod: Namen, razdelitev po različnih kriterijih.
2
Tools Design for injection moulding:
Standard parts number and distribution of
cavity, parting line.
Runner syste design: Sprue-bush, main and
distribution runner, gate design.
2
Hot runner system: economical and
technological advantages, externally and
internally heated, planning runner system,
fountain flow melt, regions with different wall
thicknesses , influence of gate location on flow
path.
Part ejection: Planning systems for part
ejection, calculated and estimated ejection
force, estimation of opening force, ejector
designs.
Ejector mechanism: Drive of the mechanism,
especial mechanisms, ejection from unmovable
side, returning ejectors, ejection of parts with
undercut.
Ejection of parts with threads: Ejection of
parts with external and internal threads.
Ejection of undercut, non-cxlindrical parts:
Ejection with external and internal undercut
places, moulds with side core, jaw mould.
Venting mould: Diesel effect, passive, active
venting.
Cooling moulds. Heat flow in mould, time of
cooling, thermal conductivity, determinaction
of cooling time for flat parts, asymmetrical
cooling, cooling different part shapes.
Heat flow and ability of heat exchange in the
mould: Calculation of heat flow from the
mould into the surrounding, examples of mould
cooling.
Special moulds: Moulds for multi-injection
moulding, gas, water injection moulding,
powder injection moulding.
Machines for injection moulding: injection
unit, injection pressure, reciprocating screw,
barrel, non-return valve, nozzle.
Clamping unit: Mechanical, hydraulic,
3
Orodja za brizganje polimerov: Naloga,
delitev glede na konstrukcijo, osnovna pravila,
ki jih je potrebno upoštevati pred načrtovanjem
orodja.
Konstruiranje orodja za brizganje:
Standardni deli, število in razporeditev orodnih
votlin, delilna ravnina.
Načrtovanje dolivnega sistema: Dolivna šoba,
glavni in razdelilni dolivni kanal, ustje
dolivnega kanala.
Toplokanalni dolivni sistem: Ekonomske in
tehnološke prednosti, notranje in zunanje
ogrevanje, dimenzioniranje dolivnega sistema,
čelo toka taline, področja z različnimi
debelinami stene, vpliv mesta dolivanja na
tečenje taline.
Snemanje brizganca: Načrtovanje sistemov za
snemanje, metode računanje in ocenitve
snemalne sile, ocena odpiralne sile,
konstrukcije snemal.
Snemalni mehanizem: Pogon mehanizma,
posebni pogoni, snemanje iz nepomične smeri,
vračanje snemalcev, snemanje brizgancev s
previsnimi mesti.
Snemanje izdelkov z navoji: Snemanje
brizgancev z notranjim, zunanjim navojem.
Snemanje previsnih necilindričnih izdelkov:
Snemanje z notranjimi, zunanjimi previsnimi
mesti, drsniška, čeljustna orodja.
Odzračevanje orodij: Diesel efekt, pasivno
odzračevanje, aktivno odzračevanje.
Temperiranje orodij: Toplotni tok na orodju,
čas ohlajanja, temperaturna prevodnost,
določanje časa ohlajanja za ploščate izdelke,
asimetrično ohlajanje, ohlajanje različnih oblik.
Toplotni tok in sposobnost toplotne
izmenjave orodja: Izračun toplotnega toka iz
orodja na okolico, primeri temperiranja orodij.
2
2
3
1
1
1
2
2
2
3
2
Posebna orodja: Orodja za večkomponentno
brizganje, brizganje z medijem in brizganje
prahu.
Stroji za brizganje: brizgalna enota, tlak
brizganja, protipovratni polž, cilinder,
protipovratni ventil, puša.
Zapiralna enota: Mehanska, hidravlična,
combined, electrical.
Special types of injection moulding
machines: Machines for multi-injection
moulding, machines for gas, water and powder
injection moulding.
1
kombinirana, električna.
Posebne brizgalke: Stroji za večkomponentno
brizganje, brizganje z medijem in brizganje
prahu.
prof.dr. Janez KOPAČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1869 Machine Tools and Devices
Fundamentals of machine tool building.
Theoretical and technical characteristics of
designing particular machine tools modules.
Modules layout and design of machine tool
fundaments, bed, guides, drives, spindle,
support aparatus ...
Employment of knowledge data bases and
machine tool assembly with modular units.
Adaptation and adjustment of modules with
machine tool design.
Simulations, models and application of cutting
technology for producing forming tools.
Design – machining – production of moulds for
toolmaking. Design of special cutting tools.
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
-
1869 Odrezovalni stroji in naprave
5
12
10
10
8
Osnovna načela strojegradnje.
Teoretične in tehnične značilnosti pri
konstruiranju posameznih sklopov odrezovalnih
strojev. Modulno koncipiranje in načrtovanje
temeljev, postelje stroja, vodil vretenjaka,
pogona, suporta konjička ipd.
Uporaba znanja iz datotek in sestavljanje stroja
s pomočjo že izdelanih enot. Konstrukcijsko
prilagajanje in usklajeva-nje modulov z
zaključno enoto.
Simulacije, modeli in aplikacije odrezavanja v
postopke za izdelavo preoblikovalnih orodij.
Načrtovanje – obdelava – izdelava matric
(patric za orodjarstvo). Konstruiranje posebnih
odrezovalnih orodij.
prof.dr. Janez GRUM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1870 Technology and Properties of
Metals
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
-
1870 Nauk o kovinah
Solids structure: atomic bonds, crystal grain,
properties of crystal structure.
Structures of solutions and compounds, grain
and phase boundaries, equilibrium shapes of
grains and phases.
Equilibrium constitution and phase diagrams.
4
The driving force for structural change, the
work done during a structural change gives the
driving force for the change: solidification,
solid-state phase changes, precipitate
coarsening, grain growth, recrystllisation, sizes
of driving forces.
Kinetics of structural change; diffusive
transformations, nucleation, displacive
transformations.
Cooling curves, phase diagrams; Steel
quenchability, testing processes, influenced
parameters.
Plastic metal working: mechanism of plastic
deformation, hot and cold deformation, thermomechanical processes.
4
Hardening processes: cold hardening, alloying,
age hardening, diffusive hardening.
4
Creep and stress relaxation, crystal grains, grain
boundaries, diffusion of defects, influence of
stress and temperature on life time, creep
testing procedures, creep prevention.
5
Fracture of metal materials, brittle to ductile
fracture, Griffith`s theory, brittle fracture in
crystal materials, theory of small cracks.
6
4
6
Zgradba trdnih snovi: medatomske vezi,
kristalno zrno, lastnosti kristalne zgradbe.
Idealna in realna zgradba kovin: napake v
kristalnih rešetkah.
Metode določevanja premenskih točk v kovinah
in zlitinah: metode, TTT diagrami, ohlajevalne
krivulje, diagrami stanja.
Kristalizacija kovin: termodinamične razmere
pri kristalizaciji, kinetika nastanka kristalnih zrn
in popis razmer pri rekristalizaciji v trdnem
stanju, posebne binarne zlitine, ternarne zlitine.
4
Difuzija: difuzijski mehanizmi, difuzijski
zakoni, vpliv na difuznost.
4
Prekaljivost jekel: postopki preizkušanja, vplivi
na prekaljivost.
4
Plastična deformacija kovin: mehanizmi
plastične deformacije, deformacija v vročem
stanju, deformacija v hladnem stanju,
termomehanska obdelava.
Mehanizmi utrjevanja: obdelava materiala v
hladnem in žarjenje, povečanje trdnosti zlitin v
obliki trdnih raztopin in utrjevanje zlitin z
izločanjem, difuzijsko utrjevanje.
Lezenje in relaksacija napetosti: kristalna zrna,
kristalne meje, utrjevanje pri nategu, staranje
zaradi napetosti, temperaturni vplivi, vplivi
natezne obremenitve, merjenje procesa lezenja,
preprečevanje procesa lezenja.
Porušitev kovinskih materialov: krhki in žilavi
lom, teorija kohezijske trnosti, Griffithova
teorija, krhki lom pri kristalnih materialih,
žilavi zlom, teorija nastanka razpok, prehod
žilavega v krhki zlom, utrujenostni zlom.
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1871 Production Systems
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
15
1871 Proizvodni sistemi
Theory of systems: Formal illustration of
system, open and close system, system
accession.
Elements and model of production systems
Characteristics of production system for lowvolume, volume and mass production
Calculation of resources of production system.
Production system diagnostics
Production system design (six levels method)
3
Design of work process: Workshop, cells, lines.
-m diagram
Layout, design methods and computer aided
layout planning.
4
Value analysis: fundamentals, work plan,
realisation.
3
2
2
4
5
3
4
Teorija sistemov. Formalna ponazoritev
sistema, odprti in zaprti sistem, sistemski
pristop.
Elementi in model proizvodnega sistema.
Karakteristike proizvodnega sistema za
individualno, serijsko in masovno proizvodnjo
Izračun kapacitet proizvodnega sistema.
Diagnostika proizvodnega sistema.
Šeststopenjska metoda oblikovanja
proizvodnega sistema.
Principi oblikovanja poteka dela: delavnice,
celice, linije. -m diagram
Prostorska razmestitev delovnih sredstev,
metode oblikovanja in računalniško podprto
načrtovanje layouta.
Analiza vrednosti: osnove metode, delovni
načrt, izvedba
doc.dr. Niko HERAKOVIČ
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
Examples of the use of simulation programs in
the development and analysis of hydraulic and
pneumatic control circuits for HAD.
Vaje
30
5. UN-VAT
Seminar
-
1872 Strega in montaža
1872 Handling and Assembly
Assembly process determination, handling and
assembly devices (HAD) determination.
Possibilities for automation of HAD.
Comparison of caracteristics of hydraulic (H),
pneumatic (P), mechanical and electrical drives
– advantages and weaknesses and selection
criteria.
Basics of hydraulic and pneumatic control.
Basic physical principles of hydraulics and
pneumatics, important for the calculation and
development of H&P components, devices and
control.
H&P components and elements (pumps,
motors, cylinders, valves, other additional
elements – function, design, working principles,
dimension determination).
Hydraulic fluids.
Planning of hydraulic and pneumatic control
circuits for HAD. Basic hydraulic and
pneumatic control circuits.
Basics of electro-pneumatics and electropneumatic control circuits.
The use of PLCs in the development of
pneumatic control circuits.
Basics of proportional and servo-hydraulics and
their use in HAD – examples of typical control
circuits.
Basics of control of hydraulic pumps and
motors, hydraulic and pneumatic linear drives.
Predavanja
45
Vsebina predavanj
3
Opredelitev procesa montaže in strežnih ter
montažnih naprav (SMN). Možnosti
avtomatizacije SMN. Primerjava lastnosti
hidravličnih, pnevmatičnih, mehanskih in
električnih pogonov SMN – prednosti in
slabosti ter kriteriji izbire.
3
Osnove hidravličnih in pnevmatičnih krmilij.
Osnovne fizikalne zakonitosti, potrebne za
preračun hidravličnih in pnevmatičnih pogonov,
krmilij in komponent.
12
Hidravlične in pnevmatične sestavine (črpalke,
motorji, valji, ventili in pomožne sestavine –
funkcija, oblike, načela delovanja,
dimenzioniranje).
Hidravlični fluidi.
Projektiranje hidravličnih in pnevmatičnih
krmilij za SMN. Osnovne hidravlične in
pnevmatične krmilne sheme.
Osnove elektro-pnevmatike in elektropnevmatične krmilne sheme.
Uporaba PLK-jev pri gradnji pnevmatičnih
krmilij.
Osnove proporcionalne in servo-hidravlike ter
njuna uporaba pri gradnji SMN – primeri
tipičnih krmilij.
Osnove krmiljenja in regulacije hidravličnih
črpalk in motorjev ter hidravličnih in
pnevmatični linearnh pogonov.
Primeri uporabe simulacijskih programov pri
gradnji in analizi hidravličnih in pnevmatičnih
krmilij za SMN.
2
7
3
2
3
4
6
doc.dr. Roman ŠTURM
Lectures
Exercises
45
30
Contents of lectures
Seminar
h/ure
1873 Non-metal Materials
Predavanja
45
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
-
1873 Nekovinska gradiva
Bonding forces and stiffness of solids, hightechnology ceramics, processing routes for
ceramics, making and pressing powders to
shape, sintering.
Polymers, thermoplastics, thermosets,
elastomers, the structure of polymers,
mechanical behavior of polymers.
Composites; fibrous, particulate and foamed,
how adding fibres or particles to polymers can
improve their stiffness, strength and toughness,
why foams are good at absorbing energy
composites with metal, polymer and ceramic
matrix.
10
Vezalne sile in trdnost trdnin. Tehnične
keramike. Sintranje keramičnih materialov.
10
Polimeri.
10
Joining of composites.
Fatigue of composites.
10
5
Kompozitni materiali. Ojačitve in povezava
med osnovo in ojačitvijo. Kompoziti s kovinsko
osnovo. Kompoziti s keramično osnovo.
Kompoziti s polimerno osnovo. Togost, trdnost
in ostale lastnosti. Togosti enosmernih
kompozitov in laminatov. Utrujanje in vplivi
okolja.
Spajanje kompozitnih materialov.
Neporušno preizkušanje kompozitnih
materialov.
prof.dr. Marko STARBEK / doc.dr. Janez KUŠAR
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1874 Project Management
Definition of project and project management.
Mathematical formulation of a project.
Project team organization and creative work.
Phases in the project planning.
Project work breakdown structure.
Human resources planning and responsibility
matrix.
Structure of project – network plan.
Time and resources plan, cash flow.
Baseline plan.
Project control.
Project information system.
Multi-project environment.
Project management office.
Earned value analysis.
Computer added project management.
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
15
1874 Projektno vodenje
1
1
3
1
2
2
2
4
1
2
2
2
2
2
3
Definicija projekta in projektnega vodenja.
Matematična formulacija projekta.
Organizacija projektnega tima in kreativnost.
Faze načrtovanja projekta.
Razčlenjena struktura vsebine dela projekta.
Načrtovanje virov projekta in matrika
odgovornosti.
Struktura projekta – mrežni diagram.
Analiza časa, virov in stroškov.
Bazični načrt.
Vodenje izvajanja projekta.
Projektni informacijski sistem.
Multi-projektno okolje.
Pisarna projektnega vodenja.
Analiza pridobljene vrednosti.
Računalniško podprto vodenje projektov.
prof.dr. Mihael JUNKAR / prof.dr. Karl KUZMAN
Lectures
Exercises
Seminar
30
30
15
Contents of lectures
h/ure
1875 Management of Innovative
Technologies
1. Position, role and significance of
management of innovative technologies
Positioning of management of innovative
technologies in the engineering profession,
introduction to the role and significance of
advanced technologies and innovation for
economic growth and greater competitiveness
from the point of view of private enterprises
and broader public interest.
2. Management of Technologies
2.1 What is technology, management and
management of technologies
Advanced production technologies, process and
manufacturing technologies, information
technologies, conventional and novel views on
technologies, basic, key technologies and
emerging technologies.
Leadership and management, levels and fields
of management. Operative and strategic
management of technologies.
2.2 Audit of technology and innovation
Identification and evaluation of technology and
innovative capabilities of a business.
2.3 Implementing new technologies
How to choose the appropriate technology?
How to master a technology? How to
implement and exploit a technology?
2.4 Creating and developing of a technology
strategy
Goals and elements of a technology strategy.
Portfolio analysis.
Marketing and investment strategies based on a
technology portfolio.
3. Management of Innovation
3.1 Changes in technology and global
technology trends
Product life-cycle and technology life-cycle.
3.2 Innovation process
Invention, innovation and re-innovation. The
innovation process. Sources of innovation.
3.3 Product Innovation
Links with technology strategy: incremental or
radical innovation of processes. Monitoring,
evaluating and mastering new technologies.
Key factors for successful process innovation.
Predavanja
30
Vsebina predavanj
Vaje
30
5. UN-VAT
Seminar
15
1875 Manegement inovativnih
tehnologij
4
1. Mesto, vloga in pomen menedžmenta
inovativnih tehnologij
Umestitev menedžmenta inovativnih tehnologij
v širšo perspektivo, predstavitev vloge in
pomena tehnologij in inovacij za gospodarsko
rast in konkurenčnost iz vidika podjetja in širše
skupnosti
6
2. Menedžment tehnologij
2.1 Kaj so tehnologija, management in
management tehnologij
Tehnologij proizvodov, procesna in izdelovalna
tehnologija, informacijska tehnologija,
Konvencionalni in novi pogledi na tehnologijo,
Bazične, ključne tehnologije in prihajajoče
tehnologije.
Upravljanje in management, ravni in vrste
(področja) managementa.
Operativni in strateški management tehnologij.
2.2 Tehnološki in inovacijski
Identifikacija in ovrednotenje tehnoloških in
inovacijskih sposobnosti podjetja.
2.3 Uvajanje novih tehnologij
Kako izbrati tehnologijo? Kako osvojiti
tehnologijo? Kako udejaniti in izkoristiti
tehnologijo?
2.4 Oblikovanje in razvoj tehnološke
strategije
Cilji in elementi tehnološke strategije. Analiza
portfeljev.
Trženjske in investicijske strategije na podlagi
tehnološkega porteflja.
3. Management inovacij
3.1 Tehnološke spremembe in svetovni
tehnološki trendi
Življenski cikel izdelkov in tehnološki
življenjski cikel.
3.2 Inovacijski process
Invencija, inovacija in re-inovacija. Inovacijski
proces.
Viri inovacij.
3.3 Inovacija proizvodov
Povezava s tehnološko industrijo:
inkrementalna ali radikalna inovacija procesov.
Spremljanje, ocenjevanje in osvajanje novih
tehnologij.
Kritični dejavniki uspeha inovacije procesa.
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3.4 Process innovation
4 Management of change
4.1 Human resources, systems and
organization.
4.2 Organisational culture
4.3 Methods and tools for implementation
and guiding technology change
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3.4 Inovacija procesov
4 Management sprememb
4.1 Ljudje sistemi in organizacija.
4.2 Organizacijska kultura
4.3 Metode in orodja za uvajanje in vodenje
tehnoloških sprememb