Course Code                               : 0502814

Course Name                              : Machine Design

Instructor                                    : Prof. Dr. Cengiz DOGAN

Theoretical/ Practical/Credit      :  2 / 0/ 2

 

Learning Activity

Estimated Time(Hour)

Evaluation

Theoretical Course (14 Week)

2 x 14 = 28

Participation to class

Guided Problem Solving

None

 

Individual Study

2 x 14 = 28

 

Weekly homework problems be solved

1 x 14 = 14

Individual or teamwork and report preparation for homework’s.

Term project

None

 

Midterm Exams

4 x 2 = 8

Closed Book

Final Exam

For Exam            : 2

Individual Study: 8

Closed Book

Quiz (4 Piece)

Individual Study: 8

Closed Book

Research (internet / library)

 

 

Other (documentary / movie watching)

 

 

Other (conference, panel, etc.. Attend meetings)

 

 

Total Course Load (Hours)

96

 

 

 

Code of course & Name

:

0502814 Machine Design

Type of Course

:

Elective

Prerequisite/Recommended 

:

------

Semester

:

Spring Semester

Credit

:

2+0+2

Coordinate of course

:

Prof. Dr. Cengiz DOGAN

Division/Department/Program

:

Mechanical Engineering

Instructor

:

 Prof. Dr. Cengiz DOGAN

Room/Number classroom

:

 

Time of course

:

 

Meeting time

:

 

Groups

:

One Group

Objective of the Course

 

:

 

Course Contents

 

:

Principles of Machine Design. Objectives of Machine Design. Economic Factors of Design. Design Methods. Weight and Metal Content. Rigidity of Structures. Cyclic Strength. Contact Strength. Thermal Stresses and Strains. Strengthening of Structures. Surface Finish. Tightened Connections. Press - Fitted Connections. Centering Connections. Screw Flanged Connections. Screwed Connections.

Textbook/Recommended

Reading

:

1) Principles of Machine Design P. Orlov

Semester Teaching Plan

Week

Subject

1

 Principles of Machine Design

2

 Principles of Machine Design

3

 Objectives of Machine Design

4

 Objectives of Machine Design

5

 Economic Factors of Design.

6

 Economic Factors of Design.

7

Midterm exam

8

 Design Methods

9

 Weight and Metal Content

10

 Rigidity of Structures.

11

  Cyclic Strength

12

 Contact Strength

13

Thermal Stresses and Strains

 

14

 Gerneraly view

Form of Assessment

One written midterm exam (40% ); one written final exam (60%)