Preface 
緒論 
Chapter One Basic Concepts of Fluid Mechanics and Fluid Properties 
第1章流體力學(xué)的基本概念與流體的特性 
1.1 The Definition of a nuid and Continuum Hypothesis 
流體的定義與連續(xù)介質(zhì)假設(shè) 
1.2 Physical Properties of a Fluid 
流體的物理性質(zhì) 
1.3 Forces on a Fluid 
作用在流體上的力 
1.4 Compressibility and Expansibility of a Fluid 
流體的壓縮性與膨脹性 
1.5 Viscosity of a Fluid 
流體的黏性 
1.6 Surface Tension and Capillary Phenomenon 
表面張力與毛細(xì)現(xiàn)象 
1.7 Vapor Pressure 
蒸汽壓強(qiáng) 
Problems 
習(xí)題 
Chapter Two Fluid Statics
第2章流體靜力學(xué) 
2.1 Static Pressure and Its Characteristics 
靜壓強(qiáng)及其特性 
2.2 Equilibrium Equation in a Static Fluid 
靜止流體的平衡方程 
2.3 Pressure Distribution in a Static Fluid 
靜止流體中的壓強(qiáng)分布 
2.4 Fluid in Relative Equilibrium 
流體的相對(duì)平衡 
2.5 Forces Exerted on a Plate by Static Liquid 
靜止液體對(duì)平面的作用力 
2.6 Forces Exerted on a Curved Surface by Static Liquid 
靜止液體對(duì)曲面的作用力 
2.7 Buoyancy 
浮力 
Problems 
習(xí)題 
Chapter Three Basic Concepts and Equations of Fluids in Motion
第3章流體流動(dòng)的基本概念與方程 
3.1 Approaches Describing the Motion of Fluids 
描述流體流動(dòng)的方法 
3.2 Classification and Basic Concepts of Fluid Flow 
流體流動(dòng)的分類與基本概念 
3.3 Reynolds Transport Theorem 
雷諾輸運(yùn)定理 
3.4 Continuity Equation 
連續(xù)性方程 
3.5 Bernoulli Equation 
伯努利方程 
3.6 Momentum Equation 
動(dòng)量方程 
3.7 Moment of Momentum Equation 
動(dòng)量矩方程 
3.8 Energy Equation 
能量方程 
3.9 Bernoulli's Equation for Total Flow 
總流的伯努利方程 
Problems 
習(xí)題 
Chapter Four Vortex Theory and Potential Theory
第4章漩渦理論與勢(shì)流理論 
4.1 Kinematic Analysis of Fluid Element 
流體微團(tuán)的運(yùn)動(dòng)分析 
4.2 Rotational and Irrotational Ideal Flow 
理想流體的有旋流動(dòng)和無(wú)旋流動(dòng) 
4.3 Velocity Potential Function of Irrotational Flow 
無(wú)旋流動(dòng)的速度勢(shì)函數(shù) 
4.4 Stream Function of Planar Flow 
平面流動(dòng)的流函數(shù) 
4.5 Basic Planar Potential Flows 
基本平面勢(shì)流 
…… 
第5章相似原理與量綱分析 
第6章黏性流體的管內(nèi)流動(dòng)與能量損失 
第7章孔口及管嘴出流、堰流 
第8章邊界層理論 
參考文獻(xiàn)