目錄
前言
1 Fluid Properties
I.I Definition of a Fluid
1.2 Units and Conversion
1.3 Fluid Properties
1.4 Perfect Gas
Annotation 1
Problems 1
2 Fluid Statics
2.1 Static Pressure and Characteristics
2.2 Basic Equation of Fluid Statics
2.3 Units and Scales of Pressure Measurement
2.4 Manometers
2.5 Forces on Plane Areas
Annotation 2
Problems 2
3 Fluid Flow Concepts and Basic Equations
3.1 Flow Characteristics
3.2 The Concepts
3.3 Reynolds Transport Equation
3.4 Continuity Equation
3.5 The Bernoulli Equation
3.6 Flow Losses and Steady Flow Energy Equation in the Differential Form
3.7 Application of the Energy Equation to Steady Fluid-flow Situations
3.8 Applications of the Linear-momentum Equation
Annotation 3
Problems 3
4 Fluid Resistance
4.1 Reynolds Number
4.2 Laminar, Steady Flow between Parallel Plates
4.3 Laminar Flow through Circular Tube
4.4 Boundary-layer and Entrance Region of a Straight Pipe
4.5 Resistance to Turbulent Flow in Circular Tube
4.6 Steady Incompressible Flow through Simple Pipe
Annotation 4
Problems 4
5 Applications of Fluid Mechanics
5.1 Orifices
5.2 Cavitation
5.3 Waterhammer
Annotation 5
Problems 5
Appendix
A1 Conversion (換算)
A2 Properties of Common Fluid (常見流體性質)
A3 Teaching Instruction (教學參考)
Answers
Reference