第一章　绪论
  §1.1　概述
  §1.2　流体及其模型化
  §1.3　流体的主要物理性质
  §1.4　流体的分类
  §1.5　作用于流体上的力
  思考题
  习题1
 第二章　流体静力学
  §2.1　静止流体中应力的特性
  §2.2　流体平衡微分方程
  §2.3　重力作用下流体静压强的分布
  §2.4　液体的相对平衡
  §2.5　液体作用在平面上的总静压力
  §2.6　液体作用在曲面上的总静压力
  §2.7　浮力及浮潜体稳定
  思考题
  习题2
 第三章　流体运动基本原理
  §3.1　流体运动的描述方法
  §3.2　流体流动的若干基本概念
  §3.3　流体微团运动分析
  §3.4　流体运动基本方程
  §3.5　欧拉运动微分方程的积分
  §3.6　恒定平面势流
  思考题
  习题3
 第四章　恒定总流基本方程
  §4.1　总流分析法
  §4.2　恒定不可压缩总流的连续性方程
  §4.3　恒定总流伯努利方程
  §4.4　恒定总流动量方程
  思考题
  习题4
 第五章　量纲分析和相似理论
  §5.1　量纲
  §5.2　量纲分析法
  §5.3　流动相似理论基础
  §5.4　模型实验
  思考题
  习题5
 第六章　流体阻力及能量损失
  §6.1　流动阻力与水头损失概述
  §6.2　流体运动的两种流态
  §6.3　圆管层流运动
  §6.4　湍流运动
  §6.5　圆管湍流的沿程损失
  §6.6　非圆管湍流的沿程损失
  §6.7　局部水头损失
  §6.8　边界层概念
  §6.9　绕流阻力
  思考题
  习题6
 第七章　孔口出流及管嘴出流
  §7.1　孔口恒定出流
  §7.2　管嘴出流
  §7.3　孔口、管嘴的非恒定出流
  思考题
  习题7
 第八章　有压管道流动
  §8.1　等径短管的水力计算
  §8.2　长管的水力计算
  §8.3　管网水力计算基础
  §8.4　有压管道中的水击
  思考题
  习题8
 第九章　明渠流动
  §9.1　明渠分类
  §9.2　明渠均匀流
  §9.3　无压圆管均匀流
  §9.4　明渠非均匀流若干基本概念
  §9.5　棱柱形明渠渐变流水面曲线的分析
  §9.6　明渠渐变流水面曲线的计算
  思考题
  习题9
 第十章　堰流
  §10.1　堰流定义和分类
  §10.2　堰流的基本公式
  §10.3　薄壁堰
  §10.4　实用堰
  §10.5　宽顶堰
  §10.6　小桥孔径水力计算
  思考题
  习题10
 第十一章　渗流
  §11.1　渗流基本定律
  §11.2　恒定渐变渗流
  §11.3　集水廊道的渗流
  §11.4　井的渗流
  §11.5　潜水层中建筑物的竖向水压力
  思考题
  习题11
 第十二章　可压缩气体一元流动
  §12.1　可压缩气体的一些基本概念
  §12.2　理想气体一元恒定流动的基本原理
  §12.3　可压缩气体管道流动
  思考题
  习题12
 参考文献
 习题答案
 索引
 附录　光盘内容目录
 Synopsis
 Contents
 作者简介
 Chapter 1　Introduction
  §1.1　Introduction
  §1.2　Fluid and continuum
  §1.3　Fluid properties
  §1.4　Fluid classification
  §1.5　Forces on fluids
  Exercise 1
 Chapter 2　Fluid Statics
  §2.1　Characters of pressure in staticfluid
  §2.2　Equilibrium differential equation of fluid
  §2.3　Distribution of static pressure with gravity
  §2.4　Relative equilibrium of fluids
  §2.5　Resultant force on plane surfaces
  §2.6　Resultant force on curved sur-faces
  §2.7　Buoyancy and stability of floating and submerged bodies
  Exercise 2
 Chapter 3　Basic Fundamental of Fluids in Motion
  §3.1　Description of fluid motion
  §3.2　Basic concepts of fluid motion
  §3.3　Motion analysis on fluid element
  §3.4　Basic equations of fluid dynamics
  §3.5　Integral of Euler’s differential equation
  §3.6　Plane potential flows
  Exercise 3
 Chapter 4　Fundamental Equations of Steady Total Flow
  §4.1　Total flow analysis method
  §4.2　Continuity equation of incom-pressible fluid
  §4.3　The Bernoulli equation
  §4.4　Momentum equation
  Exercise 4
 Chapter 5　Dimensional Analysis and Similarity
  §5.1　Dimensional analysis
  §5.2　Approaches of dimensional anal-ysis
  §5.3　Basic theory of flow similarity
  §5.4　Modelling and experiments
  Exercise 5
 Chapter 6　Fluid Resistances and Energy Losses
  §6.1　Introduction
  §6.2　Laminar and turbulent flow
  §6.3　Laminar flow in a circular pipe
  §6.4　Turbulent flow
  §6.5　Frictional head losses of turbu-lent flow in circular pipes
  §6.6　Frictional head losses of turbu-lent flow in non-circular pipes
  §6.7　Minor losses
  §6.8　Concepts of boundary layer
  §6.9　Drag force
  Exercise 6
 Chapter 7　Orifice Discharge and Nozzle Discharge
  §7.1　Steady orifice discharge
  §7.2　Steady nozzle discharge
  §7.3　Unsteady discharge through ori-fice and nozzle
  Exercise 7
 Chapter 8　Pressure Flow in Piping
  §8.1　Flows in equal-diameter short piping
  §8.2　Flows in　long piping
  §8.3　Flows in　pipe networks
  §8.4　Water hammer in pressure pipe-lines
  Exercise 8
 Chapter 9　Open Channel Flow
  §9.1　Classification of open channels
  §9.2　Uniform open channel flow
  §9.3　Uniform flow with free surface in circular conduits
  §9.4　Concepts of non-uniform open channel flow
  §9.5　Analysis of water surface profile of gradually varied flows in prismatic open channels
  §9.6　Calculation of water surface pro-file of gradually varied flows in open channels
  Exercise 9
 Chapter 10　Weir Flow
  §10.1　Definition and classification of weirs flow
  §10.2　Basic equations of weir flow
  §10.3　Sharp-crested weir
  §10.4　Ogee weir
  §10.5　Broad-crested weir
  §10.6　Hydraulic computation of flow cross small bridge
  Exercise 10
 Chapter 11　Seepage Flow
  §11.1　Basic law of seepage flow
  §11.2　Steady gradually varied seepage flow
  §11.3　Seepage flow of wells
  §11.4　Vertical seepage forces on un-derground building
  Exercise 11
 Chapter 12　One Dimension Com-pressive Gas Flow
  §12.1　Basic concepts of compressive gas
  §12.2　Basic fundamental of steady 1 Dsteady ideal gas flow
  §12.3　Compressive gas flow in pipe-lines
  Exercise 12
 Answer
 Index
 References
 Synopsis
 Contents
 A Brief Introduction to the Author