10-1压杆稳定性的概念 10-2细长压杆临界力的欧拉公式 10-3超过比例极限时压杆的临界应力 10-4压杆的稳定校核及其合理截面

6-1概述 6-2梁的挠曲线近似微分方程及其积分 6-3求梁的挠度与转角的共轭梁法 6-4按叠加原理求梁的挠度与转角 6-5梁的刚度校核 6-6梁内的弯曲应变能 6-7简单超静定梁的求解方法 6-8如何提高梁的承载能力

4-1平面弯曲的概念及梁的计算简图 4-2梁的剪力和弯矩 4-3剪力方程和弯矩方程·剪力图和弯矩图 4-4剪力、弯矩与分布荷载集度间的关系及应用 4-5按叠加原理作弯矩图 4-6平面刚架和曲杆的内力图

(Axial tension & Compression, Shear) §2-1 轴向拉压的概念及实例 (Concepts and examples of axial tension & compression) 第二章 轴向拉伸和压缩 Chapter2 Axial Tension and Compression §2-2 内力计算 (Calculation of internal force) §2-3 应力及强度条件 (Stress and strength condition) §2-4 材料在拉伸和压缩时的力学性能 (Material properties in axial tension and compression) §2-5 拉压杆的变形计算 (Calculation of axial deformation) §2-6 拉压超静定问题 (Statically indeterminate problem of axially loaded members) §2-7 剪切变形(Shear deformation)

§1-1 截面的静矩和形心(The first moments of the area & centroid of an area) §1-4 转轴公式 (Rotation of axes) §1-2 极惯性矩 惯性矩 惯性积 (Polar moment of inertia Moment of inertia Product of inertia) §1-3平行移轴公式 (Parallel-Axis theorem)

§5-1 引言 ( Introduction) §5-2 纯弯曲时的正应力 (Normal stresses in pure beams ) §5-3 横力弯曲时的正应力(Normal stresses in transverse bending ) §5-4 梁的切应力及强度条件 (Shear stresses in beams and strength condition) 第五章 弯曲应力(Stresses in beams) §5-5 提高梁强度的主要措施（Measures to strengthen the strength of beams)

§6-1 基本概念及工程实例 （Basic concepts and example problems) §6-4用叠加法求弯曲变形 ( Beam deflections by superposition ) §6-3用积分法求弯曲变形 （Beam deflection by integration ) §6-2挠曲线的微分方程（Differential equation of the deflection curve) §6-5 静不定梁的解法(Solution methods for statically indeterminate beams) §6-6 提高弯曲刚度的措施 (The measures to strengthen rigidity)

7-1应力状态概述 (Concepts of stress-state) 7-2平面应力状态分析-解析法 (Analysis of plane stress-state) 7-3平面应力状态分析-图解法 (Analysis of plane stress-state) 7-4三向应力状态分析 7-5平面应变状态分析 (Analysis of plane strain-state) 7-6广义胡克定律 (Generalized Hook's law) 7-7复杂应力状态的变形比能 (Strain-energy density in general stress-state 7-8强度理论(Failure criteria) 7-9莫尔强度理论 (Mohr's failure criterion)

§9-1 压杆稳定的概念 (The basic concepts of columns) §9-3 其它支座条件下细长压杆的临界压力 (Euler’s Formula for other end conditions ) §9-2 两端铰支细长压杆的临界压力 (The Critical Load for a straight, uniform, axially loaded, pin-ended columns) §9-4 欧拉公式的应用范围•经验公式 (Applicable range for Euler’s formula • the experimental formula ) §9-5 压杆的稳定校核 (Check the stability of columns) §9-6 提高压杆稳定性的措施 (The measures to enhance the columns stability)

§10-1 概述 (Instruction) §10-2 动静法的应用 (The application for method of dynamic equilibrium) §10-3 构件受冲击时的应力和变形（Stress and deformation by impact loading)