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简介
Based on the author's rich teaching experience, this textbook is an accumulated effort to systematically and comprehensively introduce the fundamentals of hydrodynamics and hydraulic transmission. This textbook is roughly divided into hydrodynamics （20 %） and hydraulic transmission （80%）. This is an English--language textbook for international students and undergraduates in Mechanical Engi- neering, with the 38 recommended teaching hours. The accompanying CD-ROM is a multimedia CAI courseware carefully made to assist teaching.
目录
Chapter 1 Hydraulic Oil and Fundamental Hydraulic Fluid Mechanics
1.1 Hydraulic Oil
1.1.1 Basic physical characteristics
1.1.2 Requirements and selection of hydraulic oil
1.2 Hydrostatics
1.2.1 Characteristics of static pressure
1.2.2 Generation and transmission of static pressure
1.3 Hydrodynamics
1.3.1 Basic concept
1.3.2 Equation of continuity-conservation of mass
1.3.3 Bernoulli equation-conservation of energy
1.3.4 Equation of momentum--conservation of momentum
1.4 Characteristics of Fluid Flow in Pipeline
1.4.1 States of fluid flow and Reynolds number
1.4.2 Hydraulic pressure drop in pipe calculation
1.5 Flow Rate Calculation through Orifice and Clearance
1.5.1 Flow rate calculation through orifice
1.5.2 Flow rate calculation through clearance
1.6 Hydraulic Shock and Cavitation
Problems
Chapter 2 Introduction of Hydraulic Transmission
2.1 Basic Concept of Hydraulic Transmission
2.2 Operating Principle and Characteristics of Hydraulic Transmission
2.2.1 Operating principle of hydraulic transmission
2.2.2 Operating characteristics of hydraulic transmission
2.3 Examples of Hydraulic Transmission System
2.3.1 Hydraulic jack
2.3.2 Hydraulic clamp
2.3.3 Grinding machine
2.4 Construction of Hydraulic Transmission System
2.5 Simplifi'ed Graphics Symbols of Hydraulic Transmission System
2.6 Advantages and Disadvantages of Hydraulic Transmission System
……
Chapter 3 Hydraulic Pumps and Hydraulic Motors
Chapter 4 Hydraulic Cylinders
Chapter 5 Hydraulic Control Valves
Chapter 6 Auxiliary Components
Chapter 7 Basic Hydrauic Circuits
Chapter 8 Typical Hydraulic Transmission Systems
Chapter 9 Design and Calculation of Hydraulic Transmission System
Reference
1.1 Hydraulic Oil
1.1.1 Basic physical characteristics
1.1.2 Requirements and selection of hydraulic oil
1.2 Hydrostatics
1.2.1 Characteristics of static pressure
1.2.2 Generation and transmission of static pressure
1.3 Hydrodynamics
1.3.1 Basic concept
1.3.2 Equation of continuity-conservation of mass
1.3.3 Bernoulli equation-conservation of energy
1.3.4 Equation of momentum--conservation of momentum
1.4 Characteristics of Fluid Flow in Pipeline
1.4.1 States of fluid flow and Reynolds number
1.4.2 Hydraulic pressure drop in pipe calculation
1.5 Flow Rate Calculation through Orifice and Clearance
1.5.1 Flow rate calculation through orifice
1.5.2 Flow rate calculation through clearance
1.6 Hydraulic Shock and Cavitation
Problems
Chapter 2 Introduction of Hydraulic Transmission
2.1 Basic Concept of Hydraulic Transmission
2.2 Operating Principle and Characteristics of Hydraulic Transmission
2.2.1 Operating principle of hydraulic transmission
2.2.2 Operating characteristics of hydraulic transmission
2.3 Examples of Hydraulic Transmission System
2.3.1 Hydraulic jack
2.3.2 Hydraulic clamp
2.3.3 Grinding machine
2.4 Construction of Hydraulic Transmission System
2.5 Simplifi'ed Graphics Symbols of Hydraulic Transmission System
2.6 Advantages and Disadvantages of Hydraulic Transmission System
……
Chapter 3 Hydraulic Pumps and Hydraulic Motors
Chapter 4 Hydraulic Cylinders
Chapter 5 Hydraulic Control Valves
Chapter 6 Auxiliary Components
Chapter 7 Basic Hydrauic Circuits
Chapter 8 Typical Hydraulic Transmission Systems
Chapter 9 Design and Calculation of Hydraulic Transmission System
Reference
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