前言

Unit One

1 Theoretical Mechanics

2 Conditions for Rigid-Body Equilibrium

3 General P1ane Motion

Unit Two

1 Absolute and Relative Velocity in Plane Motion

2 Instantaneous Center of Rotation in Plane Motion

3 Kinetics(Classical Mechanics)

Unit Three

1 Overview of Engineering Mechanics

2 Stress and Strain

3 Tensile Stress-Strain Behavior

Unit Four

1 Torsion of a Circular Bar

2 Deflections of Beams

3 Stability of Structures

Unit Five

l Influence Lines for Bending Moment

2 Force and Deformation Method

3 Moment Distribution Method

Unit Six

1 Dynamics

2 Structural Analysis Methods for Seismic Actions

3 Linear Elastic Fracture Mechanics

Unit Seven

1 Elastics

2 Stress C0ncentrations

3 Elastic Constitutive Relations

Unit Eight

1 Plastic Behavior of a Tensile Bar

2 Mechanisms of Plastic Deformation

3 Plastic Limit Analysis

Unit Nine

1 Finite Element Method

2 Finite Element Method Programming

3 Soil Mechanics in Foundation Engineering

Unit Ten

1 Introduction to Fluid Mechanics

2 A Brief History of the Development of Fluid Mechanics

3 Basic Equations of Fluid Mechanics

Unit Eleven

1 Civil Engineering

2 Careers in Civil Engineering

3 Building Types and Design

Unit Twelve

1 Philosophy of Structural Design

2 Strength and Stiffness of Buildings

3 Design of Simple Structures

Unit Thirteen

1 Reinforced Concrete Structures

2 Development of Reinforced Concrete

3 Steel Sructurt

Unit Fourteen

1 Structural Forms of Tall Buildings

2 Bridge Structures

3 Techniques of Bridge Construction

Unit Fifteen

1 Hydraulic Structures

2 The Choice of the Type of a Dam

3 Experimental Techniques

Unit Sixteen

1 Building Materials

2 Modern Buildings Design and Structural Materials

3 Future Trends in Construction

Unit Seventeen

1 What Is Project Management

2 The Project Life Cycle

3 Civil Engineering Contracts

Unit Eighteen

1 Scientific Paper

2 How to Write a Scientific Paper

3 Some of the Mechanics Scientists

Appendix I Pronunciations of Greek Letters

Appendix II Expressions of Mathematical Symbols

Appendix III Common Abbreviations

Appendix IV Known Abbreviations of International Civil

Engineering Organizations

References

《工程力学专业英语》按单元编排，涵盖了常用的数学词汇及基本力学词汇，主要内容有理论力学、材料力学、结构力学、弹性力学、塑性力学、有限元法、流体力学、土木工程、结构设计、高层建筑、水工结构、建筑材料、项目管理等。最后，在附录中列出了常用数学符号的读法及缩略语。

《工程力学专业英语》可作为高等院校工程力学专业的“专业英语”课程教材，也可作为土木工程相关专业学生的参考用书。

《工程力学实用专业英语》由四川大学出版社出版。

版权页：

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• 课程资源

《工程力学》有配套的数字课程。

《工程力学》为慕课“工程力学——静力学”与“工程力学——材料力学”的配套教材。