CONTENT

1 Basic Mechanics
1.1 Momentum
1.2 Newton's second law of motion
1.3 Mpulse, etc.

2 Deformation of materials
2.1 Simple direct stress and strain
2.2 Stress in bars with change of section
2.3 Composite bars, etc.

3 Dynamics
3.1 Angular motion
3.2 Newton's second law applied to angular motion
3.3 Motion in a circle with uniform angular,etc

4 Stress and strain
4.1 Stresses in thin- walled cylinders
4.2 Complex stress and strain
4.3 Two- dimensional direct stress systems, etc.

5 Combined bending and direct stress
5.1 Second moment of area
5.2 Combined bending and direct stress
5.3 Eccentric loading

6 Strain energy
6.1 Strain energy due to shear
6.2 Strain energy due to bending
6.3 Strain energy due to torsion, etc.

7 Beam analysis
7.1 The relationship between loading, shear force and bending moment
7.2 Slope and deflection of beams
7.3 Standard cases for beams slope and deflection, etc.

8 Friction applications
8.1 Beit drives
8.2 Flat belts
8.3 V-belts, etc

9 The dynamics of rigid body mechanisms
9.1 Mechanisms
9.2 The four-bar chain
9.3 The slider crank Mechanism, etc.

10 Free Vibrations
10.1 Introduction
10.2 Simple harmonic motion
10.3 The simple mass-spring system, etc.

Includes Index: p. 296 - 298