Chapter Topic Page
No
Book Engineering
Mechanics DYNAMICS 6TH Edition
1 Chapter 3
119
3/1 Introduction 119
Section A Force,
Mass and Acceleration 110
3/2 Newton’s Second Law 110
3/3 Equation of Motion 124
3/4 Rectilinear Motion 126
Sample Problem 3/1 128
Sample Problem 3/3 129
Section B Work and
Energy 157
3/6 Work and kinetic Energy 157
Work associated
with a Constant External Force 159
Principle of Work
and Energy 162
Advantages of the
work and Energy Method 163
Power 163
Efficiency 164
Sample Problem
3/11 165
3/7 Potential Energy 177
Section C Impulse
and Momentum 193
Sample Problem
3/19 197
Stress Analysis, Design and Power
Transmission as per Slides
Book Heat and
Mass Transfer 3rd Edition
8 Chapter
1 Introduction and basic concept
1
1/1 Thermodynamics and Heat Transfer 2
To 1/9 Simultaneous
Heat Transfer Mechanisms to 35
Example 1-1 10
Example 1-2 14
Example 1-3 15
Example 1-4 16
Example 1-5 19
9 Chapter
2 Heat Conduction Equation
61
2/1 Introduction 62 2/2 One Dimensional Heat Conduction
Equation 68
Heat
Conduction Equation in a Large Plan Wall 68
2/3 General Heat Conduction Equation
(rectangular C) 74
2/4 Boundary and Initial Conditions ( 1 to
4) 77
2/5 Solution of Steady one dimensional Heat
Conduction Problem 85
Example 2-11 85
Example
2-12 87
10 Chapter 3 Steady Heat Conduction 131
3/1 Steady Heat Conduction in Plane Wall 132
Thermal
Resistance Concept 133
Thermal
Resistance Network 134
Multilayer
Plane Wall 137
Example 3-1 138
Example
3-2 139
Example
3-3 139
Book Applied
Thermodynamics 5 th Edition
11 Chapter
16 Heat Transfer 581
16-1 Fourier’s Law of Conduction 582
Example 16-1 584
16-2 Newton’s Law of Cooling 585
Example 16-2 584
16-3 Composite Wall and the Electrical Analogy 588
Example 16-3 590
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