Дніпропетровський національний університет
імені Олеся Гончара
Oles Honchar Dnepropetrovsk National University
International program
"MASTER'S DEGREE in COMPUTER MECHANICS"
FACULTY of MECHANICS and MATHEMATICS
Department of calculable mechanics and durability of constructions
Head of the department
doctor of engineering sciences,
e-mail: [email protected]
Tel.: + 38 056 7450085
professor Dzyuba Anatolii Petrovich
Staff of the department that provides teaching of disciplines on the program of master's degree in
speciality "Computer mechanics":
Hudramovych Vadym Serhijovych Corresponding member of the National academy of sciences of
Ukraine, high Achiever of education of Ukraine, doctor of
engineering sciences, professor;
Dzyuba Anatolii Petrovich Honoured worker of scitech of Ukraine, high Achiever of
education of Ukraine, doctor of engineering sciences, professor;
Manevich Arcadiy Isaakovych
doctor of engineering sciences, professor
Musiyaka Vol’yen Grigorievych Deserved worker of education of Ukraine, high Achiever of
education of Ukraine, candidate of physical and mathematical
sciences, professor;
Poshivalov Volodymyr Pavlovych doctor of engineering sciences, professor;
Hart Etheri Lavrentiievna candidate of physical and mathematical sciences, associate
professor;
Kolodyazhny Anatolii Pavlovych high Achiever of education of Ukraine, candidate of engineering
sciences, associate professor;
Prokopalo Yevhen Fedorovych high Achiever of education of Ukraine, candidate of engineering
sciences, associate professor;
Safronova Inga Anatoliyivna senior teacher.
1
A LIST AND DESCRIPTION OF COURSES FOR EDUCATIONAL AND
PROFESSIONAL PROGRAM OF MASTER'S DEGREE IN COMPUTER
MECHANICS
Conception of preparation of master's degrees in speciality "Computer
mechanics"
The basic modern problem of preparation of master's degrees in mechanics and
modern computer technologies of calculation and designing consists in the studies of
students to the mathematical modeling of complex macroscopic processes in mechanics
and research of the got models with the use of the newest computer technologies for
solving of applied problems.
The modern market of software offers to a user the wide spectrum of facilities
(application packages) for the decision of problems of planning and calculation of
power constructions of engineering, mining and metallurgical industries, and also wide
circle of problems of deformable solid mechanics, gas dynamics, hydromechanics,
geomechanics, biomechanics and others.
Science capacious programmatic systems are rich enough, having regard to
insufficient knowledge of computer technologies by mechanics, and of fundamental
bases of mechanical processes - by computer specialists, often are difficult incarnated in
practice of calculations. But without such facilities of research the achievement of high
results in this direction is problematic, and that is why providing of high competitive
products on world markets is impossible without rapid embodiment of computer
technologies in practice of planning and engineering analysis of the behavior of difficult
mechanical systems.
For effective application of existent models, methods, algorithms and specialized
packages, and also creation of new competitive developments in decision of actual
problems of mechanics (and, in particular, dynamics and durability) graduating student
in speciality "Computer mechanics", must not only deeply own a modern mathematical
vehicle and fundamental knowledge in mechanics, but also professionally to know a
computer technique, modern software, models, methods, algorithms and technologies of
computer mechanics, able to program on high-level languages, have skills of work with
programmatic facilities, that are used in industry and envisage computer prognostication
of bearing strength and diagnosticating of the state and accompaniment of a good during
its complete life cycle from planning, calculation, making, exploitation and to
utilization.
Thus, centre of gravity in preparation of master's degrees - mechanics moves to
more intensive capture the modern information technologies with the aim of decision of
the applied problems of calculation and planning of constructions of modern
engineering in the earliest possible dates and with minimum charges.
Nomination of master's degrees of computer mechanics
The speciality is intended for preparation of specialists for work in science
capacious industries of national economy that need creative approach to research of
mechanical processes with the use of computer technologies.
A need in such specialists is confirmed by today's problems that arise up in
industry at planning, calculation and creation of standards of new engineering.
2
The master's degrees of computer mechanics successfully work in leading
designer bureaus, IT- companies, on the enterprises of machine-building, metallurgical
and extractive industry and building, in research institutes and public and private
commercial institutions, conduct pedagogical activity in higher educational
establishments. Their high mechanical, mathematical and computer qualification is
highly valued by employers.
Basic disciplines of master's degree preparation
Offered list of disciplines in computer mechanics is oriented to wide range of
fundamental and special divisions from the mathematical and computer design of
problems of mechanics, modern numerical methods and technologies of modern
calculation mechanics.
1 year studies (60 credits) allow getting theoretical and practical master's degree
preparation in fundamental and special courses of computer mechanics on the basis of
knowledge of basic disciplines of preparation of students-mechanics (bachelors) and
elements of computer preparation.
The highly skilled staff of teachers (doctors of sciences, professors, candidates of
sciences) lays out disciplines up-to-date with the useing of the last world scientific
achievements.
A student for the successful mastering of course can choose the certain set of
disciplines, courses, coming from the volume of previous knowledge.
List of disciplines
№
Amount
of
credits
Discipline
Readiness of
teaching in language
(ECTS)
1.
Computer design of engineering problems of durability
2.
Computer technologies of finite-element analysis of
mechanical systems
Models, methods and algorithms of optimization of
constructions
Calculable mechanics of shell constructions
3.
4.
5.
4
4
4
4
4
6.
Experimental practical work: firmness of shells with
opening and damages
Computer graphics and computer-aided design
7.
Numeral methods of mechanics
4
8.
Expert methods in the problems of mechanics
4
9.
Computer problems of optimal processes theory in
mechanics
Numerical and asymptotic methods of nonlinear mechanics
3
10.
3
4
3
Rus., Ukr. – 2013
Eng. – 2014
Rus.– 2013
Eng. – 2015
Rus., Ukr. – 2013
Eng. – 2015
Rus., Ukr. – 2013
Eng. – 2015
Rus. – 2013
Eng. – 2016
Rus., Ukr. – 2013
Eng. – 2014
Rus., Ukr. – 2013
Eng. – 2016
Rus., Ukr. – 2013
Eng. – 2013
Rus., Ukr. – 2013
Eng. – 2015
Rus., Ukr. – 2013
Eng. – 2013
11.
Control systems of data bases and internet-technologies
3
12.
Theory of plates and shells
4
13.
Theory of vibrations
3
14.
3
15.
Viscoelasticity, creep and plasticity of elements of shell
constructions
Biomechanics
16.
Term paper in computer mechanics speciality
6
Together
3
60
4
Rus., Ukr. – 2013
Eng. – 2014
Rus. – 2013
Eng. – 2013
Rus.– 2013
Eng. – 2013
Rus.– 2013
Eng. – 2013
Rus., Ukr. – 2013
Eng. – 2015
Rus., Ukr. – 2013
Eng. – 2013
GENERAL LIST OF DISCIPLINES WITH ANNOTATIONS
Thumb-nail sketch of discipline
№
1
Discipline
(in brackets the disciplines are indicated that
must be preliminary mastered for the study of
this course)
2
1. Computer design of
engineering problems of
durability
2. Computer technologies of
finite-element analysis of
mechanical systems
3. Models, methods and
algorithms of
optimization of
constructions
4. Calculable mechanics of
shell constructions
5. Experimental practical
work: firmness of shells
with opening and
damages
6. Computer graphics and
computer-aided design
Amount
of
credits
(ECTS)
Readiness
of
teaching in
language
3
4
5
Development of mathematical models,
calculation charts and algorithms of
determination of rational project parameters
of beams, rods (girders, frames) and shell
elements of constructions. Methods of
computer design of behavior and numerical
analysis of basic calculation parameters of
component constructions at static and
dynamic loading.
Calculation charts for solving of problems by
the finite-element methods and by the
boundary elements methods. Features of
laying out an area onto finite elements,
algorithm of construction of rigidity matrix
and requirement to planning of the computer
programs for implementing. Solving of the
applied problems of deformable solid
mechanics.
4
Rus., Ukr. –
2013
Eng. – 2014
4
Rus., Ukr. –
2013
Eng. –2015
Methods of finite-element optimization and
their application for solving applied problems
of gravimetric optimization of machinebuilding constructions (beams, frames, girders,
plates, shells and composed constructions)
Use of modern information technologies, of
software packages and the methodology of
development of own specialized software
packages for calculation of shells.
Technologies for solving practical problems
of numerical calculation of the stress and
strain state of plates and shells with irregular
parameters.
Methods and methodology of experimental
research of stability of cylindrical shells with
openings at different types of static loading.
4
Rus., Ukr. –
2013
Eng. –2015
4
Rus. – 2013
Eng. –2016.
Concept of machine graphic arts. Affine
transformations. Types of planning. Base
algorithms. Design and forming of stages in
space. The computer systems for preparation
of scientific, scientific and technical, projectdesigner documentation in electronic and
printed kind.
4
Rus., Ukr. –
2013
Eng. – 2014
5
Rus., Ukr. –
2013
Eng. –2015
4
1
2
3
4
5
7. Numeral methods of
mechanics
Basic numerical methods and algorithms for
research of mathematical models of basic
problems of mechanics.
4
Rus., Ukr. –
2013
Eng. – 2016
8. Expert methods in the
problems of mechanics
Methods of prognosis the construction
bearing strength with the use of results of
experimental researches of construction
elements behavior and modern information
technologies.
Models, methods and algorithms of the
optimal systems theory. Application of
methods and algorithms of the optimal
processes theory for solving problems of
gravimetric optimization of beams, frames,
girders, plates, shells and their systems.
Basic mathematical models of nonlinear
dynamics, numerical and asymptotic methods
for research of nonlinear mechanical systems
and dynamic processes with the use of
modern engineering and computer facilities.
Conception of data bases: history of origin,
copulas of the program and data at the use of
СSDB. Architecture of control systems of
DB.
Infological
model
"essence
–
connection". Structured language of queries
of SQL. Architecture of "client – server":
general determinations, models of cooperation,
three
chain
architecture,
monitoring of transactions.
Basic hypotheses and equations of thin plates
and shells theory, methods for solving the
problems of bending the plates and shells
with different boundary conditions. Boundary
effect, the momentless stress state and the
moment stress state in cylindrical shells.
The fundamental concepts of mechanical
systems dynamics, models that describe
dynamics of mechanical systems, methods of
analysis of mathematical models that are used
in the theory of vibrations.
Calculation
of
amplitude-frequency
characteristics of mechanical systems.
Models and methods of theory of plasticity,
viscoelasticity and creep and their application
for solving the problems of calculation of
constructions in modern technology (oil and
gas, aerospace technology).
Biomechanics and models of environments.
Water supplying system of a plant. Structure
and function of a bone. Basis of
hemorheology. Biomechanics of soft fabrics,
4
Rus., Ukr. –
2013
Eng. –2013
3
Rus., Ukr. –
2013
Eng. –2015
3
Rus., Ukr. –
2013
Eng. –2013
3
Rus., Ukr. –
2013
Eng. –2014
4
Rus. – 2013
Eng. –2013
3
Rus. – 2013
Eng. –2013
3
Rus. – 2013
Eng. –2013
9. Computer problems of
optimal processes theory
in mechanics
10. Numerical and asymptotic
methods of nonlinear
mechanics
11. Control systems of data
bases and internettechnologies
12. Theory of plates and
shells
13. Theory of vibrations
14. Viscoelasticity, creep and
plasticity of elements of
shell constructions
15. Biomechanics
6
3
Rus., Ukr. –
2013
Eng. –2015
1
2
16. Term paper in computer
mechanics speciality
Together
3
4
5
respiratory system, cardiovascular system.
Thermodynamics models for biological
objects. Models of concords of living
organisms.
Individual work in mathematical, computer 6 (it is Rus., Ukr. –
and experimental design of research problems determin 2013
ed during
Eng. –2013
of mechanics under the direction of teacher
the
that is completed by defending of the work. concorda
nce of
curriculu
m)
60
7