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工程流体力学(英汉双语版)

工程流体力学(英汉双语版)

定 价:¥79.00

作 者: 李洪友,林添良 著,刘晓梅 编
出版社: 机械工业出版社
丛编项:
标 签: 暂缺

购买这本书可以去


ISBN: 9787111725633 出版时间: 2023-05-01 包装: 平装
开本: 16开 页数: 378 字数:  

内容简介

  本书作为工科学生流体力学基础课程的双语教材,内容包括流体力学的基本原理和方程。该书各章节都配有丰富的案例详解、习题及相关知识在工程中的应用案例分析和研究,尤其增加了关于流体传动装置、液压系统及元件的实例分析,可使读者认识并理解如何将流体力学知识应用于工程实践。本书共六章,包括流体的基本性质,流体静力学,流体运动基本内容,流体动力学基本方程及其应用,量纲分析和相似原理,黏性不可压缩流体在孔口、狭缝中的内部流动(泵-涡轮系统的能量方程分析及应用,流体传动系统功率和效率的计算等)。 本书可作为普通高等学校工科各专业,特别是机械类相关专业流体力学课程双语教学教材,也可供相关专业的工程技术人员参考。This book is a bilingual textbook for engineering students on the fundamentals of fluid mechanics, covering fundamental principles and equations of fluid mechanics. Readers will understand how to apply the knowledge of fluid mechanics to the engineering practices through abundant examples and application case analysis and studies, especially on analysis of fluid transmission devices, hydraulic systems and elements. The book consists of six chapters, including fluid properties, fluid statics, basics of fluid kinematics, fundamental equations of fluid dynamics and their application, dimensional analysis and similarity, internal flow of viscous incompressible fluid in orifices and narrow gaps, energy equation and its application to systems involving pump and turbine, calculations of the power and efficiency of fluid transmission systems. The analysis of some problems and derivation of formulas are appropriately simplified in this book, and there are abundant exercises in each chapter. This book is written as a text book for the course in fluid mechanics for engineering students of colleges and universities, especially for students of mechanical engineering. The book can also be used as reference for engineers and technicians.

作者简介

暂缺《工程流体力学(英汉双语版)》作者简介

图书目录

CONTENTS/目录
Preface
Nomenclature 001
CHAPTER 1
BASIC CONSIDERATIONS 002
1.1?Introduction 002
1.2?Hypothesis of continuum model 004
1.3?Pressure scales 008
1.4?Fluid Properties 010
1.5?Forces on a Fluid 038
Exercises 1 040
CHAPTER 2
FLUID STATICS 052
2.1?Introduction 052
2.2?Pressure at a point 054
2.3?Pressure Variation in a Fluid at rest 054
2.4?Manometers 062
2.5 Forces on Plane Surfaces 074
2.6 Forces on Curved Surfaces 092
2.7 Fluid at Relative Rest 100
Exercises 2 112
CHAPTER 3
BASICS OF FLUID KINEMATIC 128
3.1 Description of Fluid Motion 128
3.2 Classification of Fluid Flows 136
3.3 Related Concepts of Fluid Flow 142
Exercises 3 156
CHAPTER 4
BASICS OF FLUID DYNAMICS 160
4.1 Basic Conservation Laws 160
4.2 Equation of Continuity 162
4.3 The Bernoulli Equation 178
4.4?Applications of the Bernoulli Equation 198
4.5?The Momentum Equation 214
Exercises 4 244
CHAPTER 5
DIMENSIONAL ANALYSIS AND
SIMILARITY 260
5.1?Introduction 260
5.2?Dimensional Analysis 260
5.3?Similarity 274
Exercises 5 282
CHAPTER 6
INTERNAL FLOW FOR VISCOUS INCOMPRESSIBLE FLUID 288
6.1?Bernoulli Equation for Viscous Incompressible Flow 288
6.2?Laminar and Turbulent Flows of Viscous Incompressible Fluid 300
6.3?Laminar Flow in Pipes 306
6.4?Turbulent Flow in Circular Pipe 324
6.5?Flow at Orifices, Tubes and Slender Holes 340
6.6?Developed Flow in Gaps 348
Exercises 6 358
Appendix A ANSWERS 370
Appendix B The moody chart 372
BIBLIOGRAPHY 373
前言
常用符号表 001
第1章
基础知识 003
1.1 引言 003
1.2 连续介质假设 005
1.3 压强的表示方法 009
1.4 流体的性质 011
1.5 流体受的力 039
习题一 041
第2章
流体静力学 053
2.1 引言 053
2.2 静止流体内一点的压强 053
2.3 静止流体内的压强分布 055
2.4 测压管 063
2.5 平面壁上的流体静压力 075
2.6 曲面壁上的流体静压力 093
2.7 流体的相对静止 101
习题二 113
第3章
流体运动基础 129
3.1 描述流体运动的方法 129
3.2 流动的分类 137
3.3 流体运动相关概念 143
习题三 157
第4章
流体动力学基础 161
4.1 基本守恒定律 161
4.2 连续性方程 163
4.3 伯努利方程 179
4.4 伯努利方程的应用 199
4.5 动量方程 215
习题四 245
第5章
量纲分析和相似原理 261
5.1 引言 261
5.2 量纲分析 261
5.3 相似原理 275
习题五 283
第6章
黏性不可压缩流体的内部流动 289
6.1 黏性不可压缩流动的伯努利方程 289
6.2 黏性不可压缩流体的层流和紊流 301
6.3 圆管层流 307
6.4 圆管紊流 325
6.5 孔口、管口和细长管出流 341
6.6 缝隙出流 349
习题六 359
附录A 习题答案 370
附录B 莫迪图 372
参考文献 374

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