DAY 1 (3/24)
5.0
Introduction
5.1
The elastic solid and elastic boundary value problem
5.1 (b).The
elastic solid and elastic boundary value problem (contd.)
5.2 Linear elastic solid
Chapter 5 overview
5.3 Linear Isotropic Solid
DAY 2 (3/31)
5.4 Relationship between mechanical properties
5.4 (b) Relationship between mechanical properties (contd)
Problem 5.4
Problem 5.8
Problem 5.9
Problem 5.14
DAY 3 (4/5)
5.5 Equations of Infinitesimal Theory of elasticity
5.5 (b) Equations of Infinitesimal Theory of elasticity (contd)
5.5 (c) Equations of Infinitesimal Theory of elasticity (contd)
Solved Problem 5.14 (part B)
5.7 Principle of superposition
Plane Elasticity
Plane Stress
Plane Stress conditions
Plane Stress conditions (contd.)
DAY 4 (4/7)
Plane Strain
Plane Strain (contd.)
General notes on Plane stress and Plane strain
Example of plane stress
5.12 Elasto Statics Problem
5.12 (b) Elasto Statics Problem
5.13 Torsion of Circular Cylinder
5.13 (b) Torsion of Circular Cylinder
5.13 (c) Torsion of Circular Cylinder
5.13 (d) Torsion of Circular Cylinder
5.13 (e) Torsion of Circular Cylinder
DAY 5 (4/12)
Simplified Equations of Mechanics of Materials
5.15 Pure Bending of a beam
5.15 (b) Pure Bending of a beam
5.15 (c) Pure Bending of a beam
Solved Problem 5.42
Wave Propagation and Beyond
Classification of Impact
Types of Impact Problems
Projectile Impact
Hypervelocity Impact
Exam #4 Review
Added notes on Exam #4
DAY 7 (4/19)
Types of Waves
5.8 Plane Irrotational Waves
5.8 (b)Plane Irrotational Waves
Solved Problem 5.22
5.9 Transverse Shear Wave
5.9 (b) Transverse Shear Wave
Solved Problem 5.19
DAY 8 (4/21)
Course Review
Review of the course material and beyond