Professional English in Engineering Mechanics(¹¤³ÌÁ¦Ñ§×¨ÒµÓ¢Óï)

Part 1 Theoretical Mechanics
Chapter 1 Introduction
Chapter 2 Statics
2£®1 Force Analysis
2£®2 Coplanar Force System
2£®3 Noncoplanar Equilibrium
2£®4 Friction
Chapter 3 Kinematics
3£®1 Kinematics of a Particle
3£®2 Planar Basic Kinematics of Rigid Bodies
3£®3 Composite Motion of a Point
3£®4 Planar Kinematics of Rigid Bodies£¬
Chapter 4 Dynamics
4£®1 Dynamics of a Particle
4£®2 Theorem of Momentum
4£®3 Theorem of Angular Momentum
4£®4 Theorem of Kinetic Energy
Chapter 5 Analytical Mechanics Method
5£®1 D'Alembert Principle
5£®2 Principle of Virtual Displacement

Part 2 Material Mechanics
Chapter 6 Introduction
Chapter 7 Tension and Compression
7£®1 Force and Stress in Axially Loaded Member
7£®2 Axial Deformation in Axially Loaded Member
7 £® 3 Stress-Strain Curve
7£®4 Hooke's Law in Tension and Compression
Chapter 8 Torsion
8£® 1 Torque Description
8£®2 Torsion of Thin Walled Cylinder
8£®3 Plane-Section Assumption
8£®4 Torsion of a Thick Walled Cylinder
Chapter 9 Bending
9£®1 Shear and Moment Diagrams
9£®2 Stress in the Beams
9£®3 Deflection of Beams
Chapter 10 Combined Loadings and Theories of Failure
10£® 1 Stress State
10£®2 Combined Loadings
10£®3 Theories of Failure
Chapter 11 Structural Stability
11£®1 Column with Pinned Ends
11£®2 Column with Various Types of Supports
11£®3 Column Having Two Types of Slendemess Ratio

Part 3 Elastic Mechanics
Chapter 12 Introduction
Chapter 13 Stress Analysis
13£®1 Types of Forces
13£®2 Stress Vector
13£®3 Stress Tensor
13£®4 Principal Stresses
13£®5 Differential Equations for Stress
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References
Appendices