Preface

绪论

Chapter One Basic Concepts of Fluid Mechanics and Fluid Properties

第1章  流体力学的基本概念与流体的特性”

  1．1 The Definition of a Fluid and Continuum Hypothesis

  流体的定义与连续介质假设

  1．2 Physical Properties of a Fluid

  流体的物理性质

  1．3 F0rces on a Fluid

  作用在流体上的力-．

  1．4 Compressibility and Expansibility of a Fluid

  流体的压缩性与膨胀性

  1．5 Viscosity of a Fluid

  流体的黏性

  1．6 Surface Tension and Capillary Phenomenon

  表面张力与毛细现象

  1．7 Vapor Pressure

  蒸汽压强

  Problems

  习题

Chapter Two Fluid Statics

第2章  流体静力学

  2．1  Static Pressure and Its Characteristics

  静压强及其特性

  2．2 Equilibrium Equation in a Static Fluid

  静止流体的平衡方程

  2．3 Pressure Distribution in a Static Fluid

  静止流体中的压强分布

  2．4 Fluid in Relative Equilibrium

  流体的相对平衡

  2．5 Forces Exerted on a Plate by Static Liquid

  静止液体对平面的作用力

，2．6  Forces Exerted on a Curved Surface by Static Liquid

  静止液体对曲面的作用力

  2．7 Buoyancy

  浮力

  Problems

  习题

Chapter Three Basic Concepts and Equations of lilllids in Motion

第3章  流体流动的基本概念与方程

  3．1 Approaches Describing the Motion of Fluids

  描述流体流动的方法

  3．2 Classification and Basic Concepts of Fluid Flow

  流体流动的分类与基本概念

  3．3 Reynolds Transport Theorem

  雷诺输运定理

  3．4 Continuity Equation

  连续性方程

  3．5 Bernoulli Equation

  伯努利方程

  3．6 Momentum Equation

  动量方程

  3．7 Moment of Momentum Equation

  动量矩方程

  3．8 Energy Equation

  能量方程

  3．9 Bernoulli’S Equation for Total Flow

  总流的伯努利方程

  Problems

  习题

Chapter Four Vortex Theory and Potential Theory

第4章  漩涡理论与势流理论

  4．1 Kinematic Analysis of Fluid Element

  流体微团的运动分析

  4．2  Rotational and Irrotational Ideal F10w

  理想流体的有旋流动和无旋流动

  4．3  Velocity Potential Function of Irrotational Flow

  无旋流动的速度势函数

  4．4  Stream Function of Planar Flow

  平面流动的流函数

  4．5 Basic Planar Potential Flows

  基本平面势流

  4．6  Combination of Basic P1anar Potential Flows

  基本平面势流的叠加

  4．7 Flow around a Cylinder

  绕圆柱体流动

  Problems

  习题

Chapter Five Similitude and Dimensional Analysis

第5章  相似原理与量纲分析

  5．1  Similitude and Model’rests

  相似原理与模型实验

  5．2 Dimensional Analysis

  量纲分析

  Problems

  习题

Chapter Six Viscous Flow in Pipes and Energy Losses

第6章  黏性流体的管内流动与能量损失

  6．1 Stress Analysis for Viscous Fluid

  黏性流体中的应力分析

  6．2 Navier—Stokes Equation for Incompressible Viscous Fluid

  不可压缩黏性流体的纳维一斯托克斯方程

  6．3 Two Flow Regimes of Viscous Fluid

  黏性流体的两种流态

  6．4 Frictional Loss of Uniform Flow and Relationship with Shear Stress

  均匀流的沿程损失与切应力的关系

  6．5 Laminar Flow in Round Pipe

  圆管中的层流流动

  6．6 Turbulent Flow in Round Pipe

  圆管中的湍流流动

  6．7  Frictional LoSS Calculation in Turbulent F10W

  湍流沿程损失的计算

  6．8 Minor Head Josses

  局部水头损失

  6．9 Pipe Systems

  管道系统

  Problems

  习题

Chapter Seven Orifice and Nozzle Flow，Weir Flow

第7章  孔口及管嘴出流、堰流

  7．1  Orifice FlOW

  孔口出流

  7．2  Nozzle F。low

  管嘴出流

  7．3 Weir F10W

  堰流

  Problems

  习题

Chapter Eight Boundary Layer Theory

第8章  边界层理论

  8．1  Introduction

  引言

  8．2 Basic Concepts of Boundary Layer

  边界层的基本概念

  8．3 Kinetic Differential Equation of Boundary Lay’er

  边界层的运动微分方程式

  8．4 Variable Thickness of Boundary Layer

  各种边界层厚度

  8．5 Momentum Equation for Boundary Layer and Frictional shear Stress

  边界层的动量方程和摩擦切应力

  8．6 Laminar Boundary Layer on Smooth Plate

  光滑平板上的层流边界层

  8．7 Turbulent Boundary Layer on Smooth Plate

  光滑平板上的湍流边界层

  8．8 Mixed Boundary Layer on Flat Plate

  平板混合边界层

  8．9 Boundary Layer Separation

  边界层分离

  Problems

  习题

References

参考文献