3.1研究流体流动的方法 3.2流动的分类 3.3迹线与流线 3.4流管流束流量 3.5系统与控制体 3.6连续方程 3.7动量方程与动量矩方程 3.8能量方程 3.9伯努利方程及其应用 3.10沿流线主法线方向压强和速度的变化

1.1流体的定义和特征 1.2流体作为连续介质的假设 1.3作用在流体上的力表面力质量力 1.4流体的密度 1.5流体的压缩性和膨胀性 1.6流体的粘性 1.7流体的表面性质

《工程流体力学》课程教学资源（习题例题）第一章 绪论（黄斌维）

§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)

§11–1 交变应力与疲劳失效(Alternating stress and fatigue failure) §11–3 持久极限(Endurance limit) §11–2 交变应力的循环特征、应力幅和平 均应力(The cycle symbol,stress amplitude and mean stress for alternating stress） §11–4 影响持久极限的因素 (The effective factors of endurance limit ) §11–5 对称循环下构件的疲劳强度计算 (Calculation of the fatigue strength of the member under symmetric cycles) §11–6 持久极限曲线 (Enduring limit curve) §11–7 不对称循环下构件的疲劳强度计算 (Calculation of the fatigue strength of the member under unsymmetric cycles) §11–8 弯扭组合交变应力的强度计算 (Calculation of the strength of composit deformations)

§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)

§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)

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)

§4-1 基本概念及工程实例 (Basic concepts and example problems) 第四章 弯曲内力 (Internal forces 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) §4-2 梁的剪力和弯矩(Shear- force and bending- moment in beams) §4-6 平面刚架和曲杆的内力图 (Internal diagrams for frame members & curved bars) §4-5 叠加原理作弯矩图 (Drawing bending-moment diagram by superposition method) §4-4 剪力、弯矩与分布荷载集度间 的关系(Relationships between load,shear force,and bending moment)

§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)