?目录
 第1章 静力学基础
  §1-1 静力学的基本概念
  §1-2 静力学公理
  §1-3 约束和约束力
  §1-4 物体受力分析和受力图
  习题
 第2章 平面汇交力系
  §2-1 平面汇交力系合成与平衡的几何法
  §2-2 平面汇交力系合成与平衡的解析法
  习题
 第3章 力矩与平面力偶系
  §3-1 关于力矩的概念及其计算
  §3-2 关于力偶的概念
  §3-3 平面力偶系的合成与平衡
  习题
 第4章 平面任意力系
  §4-1 力线平移定理
  §4-2 平面任意力系向一点简化
  §4-3 分布荷载
  §4-4 平面任意力系的平衡条件
  §4-5 平面平行力系的平衡条件
  §4-6 物体系的平衡问题·静定与超静定的概念
  §4-7 平面静定桁架的内力分析
  习题
 第5章 摩擦
  §5-1 滑动摩擦
  §5-2 考虑摩擦时的物体平衡问题
  §5-3 滚动摩阻的概念
  习题
 第6章 空间力系和重心
  §6-1 空间汇交力系的合成与平衡
  §6-2 力对点之矩与力对轴之矩
  §6-3 空间力偶系的合成与平衡
  §6-4 空间任意力系的简化·主矢与主矩
  §6-5 空间任意力系的平衡
  §6-6 重心和形心的坐标公式
  §6-7 确定重心和形心位置的具体方法
  习题
 第7章 拉伸和压缩
  §7-1 轴力及轴力图
  §7-2 横截面上的应力
  §7-3 拉压杆的强度计算
  §7-4 斜截面上的应力
  §7-5 拉（压）杆的变形与位移
  §7-6 拉（压）杆内的应变能
  §7-7 低碳钢和铸铁受拉伸和压缩时的力学性能
  §7-8 简单的拉、压超静定问题
  §7-9 拉（压）杆接头的计算
  习题
 第8章 扭转
  §8-1 扭矩和扭矩图
  §8-2 薄壁圆筒扭转时的应力和变形
  §8-3 圆杆扭转时的应力和变形
  §8-4 受扭圆杆的强度条件及刚度条件
  §8-5 等圆截面直杆在扭转时的应变能
  §8-6 矩形截面杆的扭转
  习题
 第9章 弯曲
  §9-1 剪力和弯矩·剪力图和弯矩图
  §9-2 剪力图和弯矩图的进一步研究
  §9-3 弯曲正应力
  §9-4 惯性矩的平行移轴公式
  §9-5 弯曲切应力
  §9-6 梁的强度条件
  §9-7 挠度和转角
  §9-8 斜弯曲
  §9-9 弯曲应变能
  §9-10 超静定梁
  习题
 第10章 应力状态分析和强度理论
  §10-1 概述
  §10-2 平面应力状态分析
  §10-3 平面应力状态下的胡克定律
  §10-4 三向应力状态
  §10-5 强度理论及其应用
  习题
 第11章 压杆的稳定性
  §11-1 关于稳定性的概念
  §11-2 细长中心压杆的临界荷载
  §11-3 欧拉公式的适用范围·临界应力总图
  §11-4 压杆的稳定条件和稳定性校核
  习题
 第12章 点的运动
  §12-1 运动学的基本内容·参考系
  §12-2 点的运动的矢量表示法
  §12-3 点的运动的直角坐标表示法
  §12-4 点的运动的自然表示法（弧坐标表示法）
  习题
 第13章 刚体的基本运动
  §13-1 刚体的移动
  §13-2 刚体的定轴转动
  §13-3 转动刚体上点的速度和加速度
  习题
 第14章 点的复合运动
  §14-1 绝对运动、相对运动和牵连运动
  §14-2 点的速度合成定理
  §14-3 牵连运动为移动时点的加速度合成定理
  习题
 第15章 刚体的平面运动
  §15-1 刚体平面运动分解为移动和转动
  §15-2 平面图形上点的速度·速度瞬心
  §15-3 平面图形上点的加速度
  习题
 第16章 质点的运动微分方程
  §16-1 动力学的基本定律
  §16-2 质点的运动微分方程
  习题
 第17章 动力学普遍定理
  §17-1 动量定理
  §17-2 动量矩定理
  §17-3 动能定理
  §17-4 动力学普遍定理的综合应用
  习题
 第18章 动静法
  §18-1 关于惯性力的概念
  §18-2 质点的动静法
  §18-3 质点系的动静法
  §18-4 刚体惯性力系的简化
  习题
 附录Ⅰ 型钢表
 附录Ⅱ 简单荷载作用下梁的挠度和转角
 参考文献
 习题答案
 索引
 Synopsis
 Contents
 执笔者简介
Contents
 Chapter1 Basis of Statics 
  §1－1 Basic Concepts in Statics 
  §1－2 Axioms in Statics 
  §1－3 Constraints and Constraining Forces 
  §1－4 Force analysis of Body and Free-body Diagram 
  Exercises
 Chapter2 Planar Concurrent Force System 
  §2－1 Resultant and Equilibrium Condition of Planar Concurrent Force Systems： GeometricalMethod 
  §2－2 Resultant and Equilibrium Condition of Planar Concurrent Force Systems： Analytical ethod 
  Exercises
 Chapter3 Moment and Plane Couples 
  §3－1 Concept and Calculation of the Moment 
  §3－2 Concept of the Couple 
  §3－3 Resultant and Equilibrium Condition of Planar Couple System 
  Exercises
 Chapter4 General Planar Force System 
  §4－1 Theorem of Translation of the Force 
  §4－2 Reduction of Planar Force System to a Given Co-planar Point 
  §4－3 Distributed Load 
  §4－4 Equilibrium Condition of the General Planar Force System 
  §4－5 Equilibrium Condition of the Parallel Forces 
  §4－6 Equilibrium of Body System· Concept of Statically Determinate and Inderterminate Problem 
  §4－7 Internal forces in Members of Statically Determinate Planar Trusses 
  Exercises
 Chapter5 Friction 
  §5－1 Sliding Friction 
  §5－2 Equilibrium Problem of The Body with Friction 
  §5－3 Concept of Rolling Resistance 
  Exercises
 Chapter6 Spatial Force System and Center of Gravity 
  §6－1 Resultant and Equilibrium Condition of Spatial Concurrent Force 
  §6－2 Moment of Force about a Point and about an Axis 
  §6－3 Resultant and Equilibrium Condition of Spatial Couple 
  §6－4 Reduction of Spatial Force System to a Given Point· Principal Vector and Principal Moment 
  §6－5 Epuilibrium Condition of the General Spatial Force System 
  §6－6 Formula for Coordinate of Centre of Gravity and Centroid of an Area 
  §6－7 Method to Find Centre of Gravity and Centroid of an Area 
  Exercises
 Chapter7 Tension and Compression 
  §7－1 Axial Force and Its Diagram 
  §7－2 Stress on Cross Section 
  §7－3 Calculation about Strength of Axially Loaded Bars 
  §7－4 Stresses on Inclined Sections 
  §7－5 Deformation and Displacement of Axially Loaded Bars 
  §7－6 Strain Energy in Axially Loaded Bars 
  §7－7 Mechanical Behaviour of Structural Steel and Cast Iron under Tension and Compression 
  §7－8 Simple Statically Indeterminate Problems of Axially Loaded Bars 
  §7－9 Analysis of Connections in Axially Loaded Bars 
  Exercises
 Chapter8 Torsion 
  §8－1 Twisting Moment and Its Diagram 
  §8－2 Stresses and Deformation of Thin-walled Tube under Torsion 
  §8－3 Stresses and Deformation of Circular Bar under Torsion 
  §8－4 Strength Condition and Stiffness Condition of Circular Bar under Torsion 
  §8－5 Strain Energy in Circular Bar with Constant Cross-section under Torsion 
  §8－6 Torsion of Rectangular Bar 
  Exercises
 Chapter9 Bending 
  §9－1 Shear Force and Bending Moment· Their Diagrams 
  §9－2 Further Investigation in Shearing Force and Bending Moment Diagrams 
  §9－3 Normal Stresses under Bending 
  §9－4 Parallel Axis Theorem for Moment of Inertia 
  §9－5 Shearing Stresses under Bending 
  §9－6 Strength Conditions of Beam 
  §9－7 Deflection and Slope 
  §9－8 Oblique Bending 
  §9－9 Strain Energy due to Bending 
  §9－10 Statically Indeterminate Beam 
  Exercises
 Chapter10 Analysis of Stress· Theory of Strength 
  §10－1 Introduction 
  §10－2 Analysis of Plane Stress 
  §10－3 Hook-s Law for Plane Stress 
  §10－4 Triaxial Stress 
  §10－5 Theories of Strength and Their Application 
  Exercises
 Chapter11 Stability of Column 
  §11－1 Concepts of Stability of Column 
  §11－2 Critical Load for Long Column 
  §11－3 Scope of Application for Euler-s Formula· Critical Stress Diagram 
  §11－4 Stability Condition and Verification of Stability for Columns 
  Exercises
 Chapter12 Kinematics of a Particle 
  §12－1 Elementary Content of Kinematics· Reference Coordinates 
  §12－2 The Vector Method in Kinematics of a Particle 
  §12－3 The Rectangular Coordinating Method in Kinematics of a Particle 
  §12－4 The Natural Coordinating Method in Kinematics of a Particle 
  Exercises
 Chapter13 Simple Motion of Rigid Bodies 
  §13－1 Translation of a Rigid Body 
  §13－2 Rotation of a Rigid Body about a Fixed-axis 
  §13－3 Velocity and Acceleration of the Points of a Rotating Rigid Body 
  Exercises
 Chapter14 Composite Motion of a Particle 
  §14－1 Absolute Motion· Relative Motion· Convected Motion 
  §14－2 Theorem of Composition of the Velocities of a Particle 
  §14－3 Theorem of Composition of the Accelerations of a Particle during the Convected Motion is Translation 
  Exercises
 Chapter15 Plane Motion of a Rigid Body 
  §15－1 Decomposition of the Plane Motion of a Rigid Body 
  §15－2 Velocity of the Points on a Plane Figure· Instantaneous Center of Velocity 
  §15－3 Acceleration of the Points on a Plane Figure 
  Exercises
 Chapter16 Differential Equations of Motion of a Particle 
  §16－1 Fundamental Laws of Dynamics 
  §16－2 Differential Equations of Motion of a Particle 
  Exercises
 Chapter17 General Theorems of Dynamics 
  §17－1 Theorem of Linear Momentum 
  §17－2 Theorem of Angular Momentum 
  §17－3 Theorem of Kinetic Energy 
  §17－4 Integrated Application of General Theorems of Dynamics 
  Exercises
 Chapter18 Kineto-Static Method 
  §18－1 Concepts of Inertia Force 
  §18－2 Kineto-Static Method for a Particle 
  §18－3 Kineto-Static Method for a Particle System 
  §18－4 Reduction of Inertia Force System of a Rigid Body 
  Exercises
 Appendix Ⅰ Properties of Rolled-Steel Shapes 
 Appendix Ⅱ Beam Deflection and Slope by Simple Load 
 References 
 Key to Exercises
 Index 
 Synopses 
 Contents 
 A Brief Introduction to the Writer