Fenn College of Engineering
Mechanical Engineering Department
Cleveland State University
MCE-367 – Machine Design I
Spring 2010, SH
314, Tue/Thurs 1:00-2:50pm
Objective: To provide students a systematic approach for design and analysis of machine components within the framework of realistic constraints such as cost, size, weight, materials and safety. The emphasis is on the design of machine components for strength. To convey to the students and understanding of: Stress, strain and stress strain relationships; Introduction to finite element methods; Failure theories under static loading; Failure of machine members under fatigue loading; Design of threaded fasteners; Design of mechanical springs, and other topics as time allows.
Textbook: ShigleyÕs Mechanical Engineering Design, Ninth Edition, Richard G. Budynas and Keith Nisbett, , McGraw Hill Book Company
Reference: Fundamentals of Machine Component Design, Juvinall and Marshek, Wiley
Also,
any undergraduate Strength of Materials textbook
Instructor: Dr. Michael L. Adams, mla2@mvibe.com
Material to
be covered:
Chapter and
sections Description
Review of Strength of Materials
3.1-3.12 Stress, strain, stress and strain relationships, finite element methods
3.13 Stress concentration
3.14-3.17 Cylinders and shrink fits
4.1-4.10 Beam topics
Midterm I Date
TBD
5.1-5.10 Static theories of failure
6.1-6.16 Fatigue
8.3-8.11 Fasteners and power screws
10.1-10.15 Mechanical Springs
Midterm II Date
TBD
13.1-15.9 Gears, selected sections of Chapters 13-15 as time allows
17 Flexible mechanical elements, selected sections
19.1-19.7 Finite element analysis
Midterm III During
scheduled Final, Tuesday May 11, 4-6pm
Grading: Midterm
I 100 Points Midterm
II 100
Points Midterm
III 100
Points
Quizzes 100 Points Homework 100
Points Project 100 Points
Policies: