DAY 1
4.0 Introduction
4.1 Body Forces and Surface Forces
4.1 (b) Internal and Inertial Forces
4.1 (c) Concept of Stress
4.2 Stress Tensor
4.2 (b) Stress Tensor contd.
4.3 Components of Stress Tensor
4.3 (b) Components of Stress Tensor (contd)
DAY 2
4.4 Symmetry of Stress Tensor
4.5 Principal Stresses
4.6 Maximum Shear Stress
4.6 (b) Maximum Shear Stress (contd)
4.6 (c) Maximum Shear Stress (contd)
4.6 (d) Maximum Shear Stress-2D Mohrs circle-
(contd)
Solved Problem 4.1
DAY 3
Solved Problem 4.3
Solved Problem 4.8
Solved Problem 4.12
Solved Problem 4.23
Mohr's Circle in three dimensions
DAY 4
4.7 Equations of Motion
4.7 (b) Equations of Motion contd
4.9 Boundary Conditions
4.10 First Piolo-Kirchoff Stress
4.10 (a)First Piolo-Kirchoff Stress (contd)
4.10 (b)First Piolo-Kirchoff Stress(contd)
4.10 (c)First Piolo-Kirchoff Stress(contd)
4.10 (d)First Piolo-Kirchoff Stress(contd)
4.10 (e) Second Piolo-Kirchoff Stress
4.10 (f) Second Piolo-Kirchoff Stress(contd)
DAY 5
4.11 Equations of motion in terms of
undeformed configuration
Solved Problem 4.30
Solved Problem 4.42
4.13 Heat Conduction Law
4.14 Conservation of Energy
4.14 (b) Conservation of Energy(contd)
4.15 Entropy Production (Second Law)
Chapter 4 Review