Semester
Course name: MCE 440 Descriptive
Geometry II
Language
Compulsory/Elective
Prerequisites
Lecture
Recitation/
(Etud)
42
48
Department: Mechanical
Engineering
Methods of Education
Lab
Project/Field
Study
Homework
Other
8
Credit (ECTS)
Total
5
50
150
Course Contents
English
Compulsory
None
Intersections of planes and pyramid, Intersections of planes and oblique cone,
Intersections of planes and right circular cone, Intersections of planes and prizm,
Intersections of planes and cylinder, Intersections of planes and torus, Representation
of fair surfaces, Intersections of windshield and aircraft fuselage, Radial-Line
development-pyramid, Radial-Line development-truncated pyramid, Radial-Line
development-right circular cone, Radial-Line development-oblique cone, Parallel-line
development-trucated right prism, Parallel-line development-oblique prism, Parallelline development-right circular cylinder, Parallel-line development-oblique cylinder,
Special application of cylinder development, Triangulation-Development of a hopper,
Triangulation-Development of transition piece, Approximate Development of spheregore and zone method, Approximate Development right helicoids. Intersections of
prisms-Edge Views given, Intersections of prisms and pyramid-auxiliary-view method,
Intersections of two prisms-two-view method, Intersections of prisms and cone,
Intersections of right circular cylinders, Conventional Intersections, Intersections of
right cylinder and cone, Intersections of surfaces of revolution-sphere method and
special cases, Planes cutting elements from an oblique cone, plane cutting elements
from an oblique cylinder, Piercing Points of line and cone and line and cylinder,
Intersections of oblique cone and cylinder, Intersections of oblique cones,
Intersections of oblique cylinders.
Course Objectives
Cross-section drawings of machine parts.
Learning Outcomes and
Competences

Textbook and /or
References
Assessment Criteria
Instructors
Can make intersections of planes with solids, Radial-Line and Parallel-line
development with solids.

Tasarı Geometri Temel Metot ve Uygulamalar Cilt-1 ve 2, Şevki BayvasNecmettin Dericioğlu – Osman Özgönül,1969

Uygulama Yaprakları – Assist. Prof. Dr. İhsan Toktaş, 2013
If any, mark as (X)
Percentage (%)
Midterm Exams
X
50
Quizzes
Homeworks
Projects
Term Paper
Laboratory work
Other
Final Exam
X
50