Chapter 1 Fundamentals of Statics and Force Analysis of Objects
1.1 Basic concepts of statics
1.2 Fundamental principles of statics
1.3 Constraint and reactive forces
1.4 Force analysis and free-body diagram
Problems
Chapter 2 Coplanar Concurrent Force System and Couple System
2.1 Reduction and equilibrium of coplanar concurrent force system
2.2 Coplanar couple system
Problems
Chapter 3 Coplanar General Force System
3.1 The translation theorem of forces
3.2 Reduction of the coplanar general force system
3.3 Reduced resultant of coplanar general force system and resultant moment theorem
3.4 Equilibrium of coplanar general force system
3.5 Reduction and equilibrium of coplanar parallel foree system
3.6 Equilibrium of composite bodies
3.7 Coplanar truss analysis
Problems
Chapter 4 Space Force System
4.1 Decomposition and projection of space force
4.2 Reduction and equilibrium of space concurrent force system
4.3 Space couple system
4.4 Moment of a space force about a point and a specified axis
4.5 Reduction of space general force system
4.6 Equilibrium equations for space general force system
Problems
Chapter 5 Friction
5.1 Sliding friction
5.2 Friction angle and self-locking phenomenon
5.3 Equilibrium Problems with friction
5.4 Rolling resistance
Problems
Chapter 6 Fundamental Concepts of Bar Deformation
6.1 Tasks of deformation statics mechanics
6.2 Simplification of engineering members
6.3 Internal force and stress
6.4 Displacement and strain
6.5 Basic forms of bar deformation
Chapter 7 Axial Tension and Compression
7.1 Introduction of axial tension and compression
7.2 Internal forces in axial tension or compression
7.3 Stress in axial tension or compression
7.4 Elastic deformation in axial tension or compression
7.5 Mechanical properties of materials in tension and compressior
7.6 Strength calculation in axial tension or compression
Problems
Chapter 8 Shear and Torsion
8.1 The concept of shear
8.2 Practical caleulation of shear
