■Chapter1Introduction
第1章绪论1
1.1Tasks of Fluid Mechanics1
1.1流体力学的任务1
1.2History of Fluid Mechanics2
1.2流体力学的发展史3
1.3Research Methods of Fluid Mechanics4
1.3流体力学的研究方法4
1.4How to Study Fluid Mechanics Well4
1.4如何学好流体力学5

■Chapter2Properties of Fluids
第2章流体的性质6
2.1Differences between Solids and Fluids6
2.1固体和流体的区别6
2.2Continuous Medium Hypothesis 6
2.2连续介质的假设7
2.3Density and Specific Weight7
2.3密度和重度7
2.4Viscosity 8
2.4黏性9
2.5Compressibility and Expansivity14
2.5压缩性和膨胀性14
2.6Surface Tension18
2.6表面张力18
2.7Vapor Pressure19
2.7蒸气压19
2.8Forces on a Fluid19
2.8作用在流体上的力19
Exercises习题21

■Chapter3Fluid Statics
第3章流体静力学23
3.1Static Pressure and Its Characters23
3.1静压强及其特性24
3.2Differential Equation of Fluid Equilibrium26
3.2流体平衡的微分方程式27
3.3Basic Equation of Fluid Statics31
3.3流体静力学基本方程32
3.4Measurement of Static Pressure35
3.4流体静压强的测量37
3.5Relative Equilibrium of Liquid38
3.5液体的相对平衡38
3.6Hydrostatic Forces on Plane Surfaces44
3.6作用在平面上的静水总压力44
3.7Hydrostatic Forces on Curved Surfaces50
3.7作用在曲面上的静水总压力50
Exercises习题54

■Chapter4Fluid Flow and Basic Equations
第4章流体运动及其基本方程58
4.1Lagrange’s Method and Euler’s Method58
4.1拉格朗日法和欧拉法58
4.2Basic Concepts of Fluid Flow62
4.2流体运动的基本概念63
4.3Types of Fluid Flow64
4.3流体运动的类型64
4.4System and Control Volume66
4.4系统与控制体67
4.5Continuity Equation67
4.5连续性方程68
4.6Motion Differential Equation of Ideal Fluid70
4.6理想流体的运动微分方程71
4.7Bernoulli’s Equation and Its Application72
4.7伯努利方程及其应用73
4.8Momentum Equation and Its Application89
4.8动量方程及其应用91
Exercises习题95

■Chapter5Dimensional Analysis and Similarity Principle
第5章量纲分析和相似原理99
5.1Dimensions and Units99
5.1量纲和单位100
5.2Dimensional Homogeneity101
5.2量纲和谐原理101
5.3Rayleigh’s Method and Buckingham's π Theorem101
5.3瑞利法和白金汉π定理102
5.4Similarity Principle108
5.4相似原理108
5.5Similarity Criterion110
5.5相似准则111
5.6Model Experiment114
5.6模型试验115
Exercises习题115

■Chapter6Flow Resistance and Energy Loss
第6章流动阻力和能量损失118
6.1Laminar and Turbulent Flows118
6.1层流和紊流118
6.2Basic Equation of Uniform Flow122
6.2均匀流基本方程式123
6.3Laminar Flow in a Round Pipe125
6.3圆管中的层流126
6.4Turbulent Flow in a Round Pipe129
6.4圆管中的紊流130
6.5Friction Resistance in Pipeline137
6.5管路中的沿程阻力137
6.6Minor Resistance in Pipeline142
6.6管路中的局部阻力142
Exercises习题147

■Chapter7Pressure Flow
第7章 有压管流150
7.1Single Pipeline150
7.1简单管道151
7.2MultiplePipe Systems157
7.2复杂管道157
7.3Application of Pipelines158
7.3管道的应用160
Exercises习题162

■Chapter8Flow in Open Channels
第8章明渠流164
8.1Open Channel164
8.1明渠165
8.2Calculation Equation of Uniform Flow in Open Channel165
8.2明渠均匀流的计算公式166
8.3Most Efficient Crosssection and Allowable Velocity170
8.3明渠水力最优断面和允许流速171
8.4Specific Energy and Critical Depth at a Section176
8.4断面单位能量与临界水深176
Exercises习题180

■Chapter9Seepage Flow
第9章渗流182
9.1Introduction to Seepage Flow182
9.1渗流简介182
9.2Basic Law of Seepage Flow183
9.2渗流基本定律 183
9.3Steady Uniform and Steady GraduallyVarying Seepage Flows of Groundwater184
9.3地下水的恒定均匀渗流和恒定渐变渗流184
9.4Basic Differential Equation and Seepage Lines of Gradually
Varying Seepage Flow186
9.4渐变渗流基本微分方程和浸润曲线186
9.5Catchment Passage and Well191
9.5集水廊道和井191

■Comparison between English and Chinese Terms
英汉术语对照197

■References
参考文献203