Mechanical Engineering 563 -  Theory of Elasticity
Fall Quarter 1997 / 8:00 - 9:15 MWF / BH 322


 
PRIMARY GOAL:  To acquaint students with the basic theory of elasticity and how it is applied to engineering problems.


INSTRUCTOR:     Dr. David Hall            PHONE:      (318) 257-4127
OFFICE:         BH 255                    e-mail:     dehall@engr.latech.edu
OFFICE HOURS:   see my home page
TEXTBOOK:  Advanced Strength and Applied Elasticity, Third Edition, Ansel Ugural and Saul Fenster, Prentice Hall, New Jersey, 1995, ISBN: 0-13-137589-X

FINITE ELEMENT CODE:  The FRANC2D/L finite element code will be used extensively in this course. This program can be downloaded free of charge by clicking HERE!


GRADING:

        Homework                                15%
        Computer Project                        15%
        Strain Gage Project and Presentation    20%
        Exam 1                                  20%
        Exam 2 (Comprehensive)                  30%

GRADING SCALE:

        A       90 - 100%       (highest degree of excellence)
        B       80 - 89%        (superior)
        C       70 - 79%        (average)
        D       60 - 69%        (minimum quality of work to receive course credit)
        F       < 60%           (failure)
Note: The lower limit in each grade range may be lowered slightly such that the division between letter grades occur at any large gaps in the grade spectrum. This adjustment will be determined only after the final averages are computed and may or may not alter the grade scale.


HOMEWORK:


COMPUTER PROJECT:


STRAIN GAGE PROJECT:


EXAMS and POP QUIZZES:


ATTENDANCE:



 
IMPORTANT DATES
Tentative
Date
Event
F - Oct 10 
Exam 1
F - Nov 14
Exam 2 (comprehensive)
 
TENTATIVE TOPICS
Time
Lecture Topic
1 lecture Introduction / Course Overview
3 lectures Analysis of Stress
3 lectures Analysis of Strain
2 lectures Stress - Strain Relations 
2 lectures Two Dimensional Problems in Polar Coordinates
4 lecture Two Dimensional Problems in Rectangular Coordinates
2 lectures Criteria for Material Failure
2 lectures Bending of Beams
2 lectures Torsion
3 Numerical Methods
2 Plates and Shells
2 Solutions Using Complex Variables