8-1组合变形和叠加原理 (Combined deformation and superposition method) 8-2拉伸(压缩)与弯曲的组合 ( Combined axial and flexural loads) 8-3偏心拉(压)截面核心(Eccentric loads &the kern (or core) of a section) 8-4扭转与弯曲的组合 ( Combined torque and flexural loads)

2-1轴向拉压的概念及实例 (Concepts and examples of axial tension& compression) 2-2内力计算 (Calculation of internal force) 2-3应力及强度条件 (Stress and strength condition)

3-1扭转的概念和实例 (Concepts and example problem of torsion) 3-2扭转内力的计算 (Calculating internal force of torsion) §3-3薄壁圆筒的扭转 (Torsion in thin-wall circular tube) 3-4圆轴扭转的应力分析及强度条件 (Analyzing stress of circular bars& strength condition)

12-1非对称弯曲 (Unsymmetrical bending) 12-2开口薄壁杆件的切应力 弯曲中心(Shear stress of open thin-wall members. Flexural center)

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) 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) 6-2挠曲线的微分方程(Differential equation of the deflection curve) 6-3用积分法求弯曲变形 Beam deflection by integration 6-4用叠加法求弯曲变形 (Beam deflections by superposition)

4-1基本概念及工程实例 (Basic concepts and example problems) 4-2梁的剪力和弯矩(Shear- force and bending- moment in beams) 4-3剪力方程和弯矩方程剪力图和弯矩图 (Shear-force& bending-moment equations shear-force-& bending- moment diagrams)

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 (Anolsis of throo dimons stroas stoto)

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)

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)