Statics and mechanics of materials / R.C. Hibbeler.

Contents
1. General principles
1-1 Mechanics
1-2 Fundamental idealisation
1-3 Units of measurements
etc

2. Force vectors
Force resultant in two dimension
2-1 Scalars and vectors
2-2 Vector addition
etc

Force resultant in three dimension
2-6 Force expressed as a Cartesian vector
2-7 Addition of several forces
etc

3. Equilibrium of a particle
3-1 Condition for the equilibrium of a particle
3-2 The free body diagram
3-3 Coplanar force system
3-4 Three dimensional force systems

4. Equivalent force system
Coplanar force system
4-1 Moment of a force- scalar formulation
4-2 Moment of a couple- scalar formulation
4- 3 The principle of transmissibility
etc

5. Equilibrium of a rigid body
Equilibrium in two dimensions
5-1 Support reaction and free-body diagram
5-2 Equations of equilibrium
5-3 Two and three force members
Etc

6 Structural analysis
6-1 Simple trusses
6-2 The method of joints
6-3 Zero force members
etc

7. Internal forces
7-1 Internal force developed in structural members
7-2 Shear and bending moments diagrams for a bean
7-3 Relations between distributed load, shear, and bending moment
etc

8. Friction
8.1 Characteristics of dry friction
8-2 Problems involving dry friction
8-3 Friction force on screws
etc

9. Center of gravity and centroid
9-1 Center of gravity and center of mass for a system of particles
9-2 Center of gravity and centroid
9-3 Composite bodies

10. Moments of inertia fro an area
10-1 Definition of moments of inertia for areas
10-2 Parallel axis thermorem for an area
10-3 Radius of gyration of an area
etc

11. Virtual work
11-1 Definition of work and virtual work
11-2 Principles of virtual work for a particle and a rigid body
11-3 Principles of virtual work for a system of connected rigid bodies
etc

Index : p.445-449