Week
|
Date
|
Description
|
1
|
1/16
|
Dr. Martin Luther King Day |
1/18
|
Introduction to Class - Units |
Lab
|
Review of Pro/E - Read Chapters 1 and
2 in Mechanica |
2
|
1/23
|
Safety Factors - Concept of
Design (1-14) |
1/25
|
Stress strain Curve (2-1, 2-3) - Matlab Functions |
Lab
|
Chapter 3 - Solids Modeling
1 |
3
|
1/30
|
Singularity Functions - Notes |
2/1
|
More Singularity Functions - Shear
- Moment - Test
- Problem |
Lab
|
Chapter 4 - Solids Modeling 2 |
4
|
2/6
|
Mohr's Circle (3-4,
3-5, 3-6) |
2/8
|
3D Stresses (3-7, 3-8, 3-9) - Computing
- Plotting |
Lab
|
Chapter 5 - Plane Stress and Plane Strain |
5
|
2/13
|
Transverse shear, torsion
(3-11, 3-12) |
2/15
|
Stress Concentration
factors (3-13) Tables
- Homework |
Lab
|
Chapter 6 - Axisymmetric Solids and
Shells |
6
|
2/20
|
Project Phase I - Due 3/19 |
2/22
|
Exam I |
Lab
|
Chapter 7 - Shell Models |
7
|
2/27
|
Static Failure
Theories (5-1, 5-2, 5-3) |
2/29
|
Ductile Materials, von Mises Stresses (5-4, 5-5, 5-7) |
Lab
|
Chapter 8 Beams and Frames |
8
|
3/5
|
Brittle Materials
- Notes - (509, 5-10) |
3/7
|
Fatigue Failure (6-1, 6-2, 6-3, 6-4) |
Lab
|
Chapter 9 - Miscellaneous
Topics |
9
|
3/12
|
Spring Break |
3/14
|
Spring Break |
Lab
|
Spring Break |
10
|
3/19
|
Project Phase II - Due 5-4 |
3/21
|
S-N
Curve (6-7, 6-8, 6-9) |
Lab
|
Chapter 10 - Thermal Modeling |
11
|
3/26
|
More
Stress concentration, Torsional Loads, Combining Loads (6-11,
6-12, 6-13) |
3/28
|
General Fatigue
method - Shaft Fatigue
Problem - Matlab Solution - Solution
Function - Answers - (6-14, 6-15) |
Lab
|
Work on Project |
12
|
4/2
|
Fatigue
with Complex Loading |
4/4
|
Exam II - Solution -
Problem 1, 2, 3 |
Lab
|
Work on Project |
13
|
4/9
|
Exam Review |
4/11
|
Fatigue Analysis with Mechanica |
Lab
|
Work on Project |
14
|
4/16
|
Symmetry an other Idealizations |
4/18
|
Case Study |
Lab
|
Work on Project |
15
|
4/23
|
Impact Loads |
4/25
|
Work on Project |
Lab |
EXAM III - April 26 |
16
|
4/30
|
Work on Project |
5/2
|
Project Presentations |
Lab |
Project Presentations |