- Subjects
- Published
-
New York :
McGraw-Hill
c2009.
- Language
- English
- Main Author
- Physical Description
- xii, 302 p. : ill. ; 24 cm
- Bibliography
- Includes index.
- ISBN
- 9780071626811
- Ch 1. Basic Information
- 1.1. Dimensions, Units, and Physical Quantities
- 1.2. Gases and Liquids
- 1.3. Pressure and Temperature
- 1.4. Properties of Fluids
- 1.5. Thermodynamic Properties and Relationships
- Ch 2. Statics
- 2.1. Pressure Variation
- 2.2. Manometers
- 2.3. Forces on Plane and Curved Surfaces
- 2.4. Accelerating Containers
- Ch 3. Fluids in Motion
- 3.1. Fluid Motion
- 3.2. Classification of Fluid Flows
- 3.3. Bernoullin++s Equation
- Ch 4. Integral Equations
- 4.1. System-to-Control-Volume Transformation
- 4.2. Conservation of Mass
- 4.3. The Energy Equation
- 4.4. The Momentum Equation
- Ch 5. Differential Equations
- 5.1. Differential Continuity Equation
- 5.2. Differential Momentum Equation
- 5.3. Differential Energy Equation
- Ch 6. Dimensional Analysis and Similitude
- 6.1. Dimensional Analysis
- 6.2. Similitude
- Ch 7. Internal Flows
- 7.1. Entrance Flow
- 7.2. Laminar Flow in a pipe
- 7.3. Laminar Flow between Parallel Plates
- 7.4. Laminar Flow between Rotating Cylinders
- 7.5. Turbulent Flow in a Pipe
- 7.6. Open Channel Flow
- Ch 8. External Flows
- 8.1. Flow Around Blunt Bodies
- 8.2. Flow Around Airfoils
- 8.3. Potential Flow
- 8.4. Boundary layer Flow
- Ch 9. Compressible Flow
- 9.1. Speed of Sound
- 9.2. Isentropic Nozzle Flow
- 9.3. Normal Shock Waves
- 9.4. Oblique Shock Waves
- 9.5. Expansion Waves Final Practice Exams
- App A. Units and Conversions
- A.1. English units, SI units, and their conversion factors
- A.2. Conversions of units
- App B. Vector Relationships
- App C. Fluid Properties
- C.1. Properties of Water
- C.2. Properties of Air at Atmospheric Pressure
- C.3. Properties of the Standard Atmosphere
- C.4. Properties of Ideal Gases at 300 K
- C.5. Properties of Common Liquids
- App D. Compressible Flow Tables for Air
- D.1. Isentropic Flow
- D.2. Normal-Shock Flow
- D.3. Prandtl-Meyer Function