1.1-Liquids and Gases
1.2-The Continuum Assumption
1.3-Dimensions, Units..
1.4-Topics in Dimensional Analysis
1.5-Engineering Analysis
1.6-Applications and Connections
1.Intro
1-Practice Problems
1-Problems
1-Summary
2.1-Properties Involving Mass a..
2.2-Ideal Gas Law
2.3-Properties Involving Therma..
2.4-Viscosity
2.5-Bulk Modulus of Elasticity
2.6-Surface Tension
2.7-Vapor Pressure
2-Intro
2-Practice Problems
2-Problems
2-Summary
3.1-Pressure
3.2-Pressure Variation with Ele..
3.3-Pressure Measurements
3.4-Forces on Plane Surfaces (P..
3.5-Forces on Curved Surfaces
3.6-Buoyancy
3.7-Stability of Immersed and F..
3-Intro
3-Practice Problems
3-Problems
3-Summary
4.1-Descriptions of Fluid Motion
4.2-Acceleration
4.3-Euler's Equation
4.4-Pressure Distribution in Ro..
4.5-The Bernoulli Equation Alon..
4.6-Rotation and Vorticity
4.7-TheBernoulli Equation in Ir..
4.8-Separation
4-Intro
4-Practice Problems
4-Problems
4-Summary
5.1-Rate of Flow
5.2-Control Volume Approach
5.3-Continuity Equation
5.4-Cavitation
5.5-Differential Form of the Co..
5-Intro
5-Practice Problem
5-Problems
5-Summary
6.1-Momentum Equation_ Derivation
6.2-Momentum Equation_ Interpre..
6.3-Common Applications
6.4-Additional Applications
6.5-Moment-of-Momentum Equation
6.6-Navier-Stokes Equation
6-Intro
6-Practice Problems
6-Problems
6-Summary
7.1-Energy, Work, and Power
7.2-Energy Equation_ General Form
7.3-Energy Equation_ Pipe Flow
7.4-Power Equation
7.5-Contrasting the Bernoulli E..
7.6-Transitions
7.7-Hydraulic and Energy Grade ..
7-Intro
7-Practice Problems
7-Problems
7-Summary
8.1-Need for Dimensional Analysis
8.2-Buckingham _ Theorem
8.3-Dimensional Analysis
8.4-Common p-Groups
8.5-Similitude
8.6-Model Studies for Flows wit..
8.7-Model-Prototype Performance
8.8-Approximate Similitude at H..
8.9-Free-Surface Model Studies
8-Intro
8-Practice Problems
8-Problems
8-Summary
9.1-Surface Resistance with Uni..
9.2-Qualitative Description of ..
9.3-Laminar Boundary Layer
9.4-Boundary Layer Transition
9.5-Turbulent Boundary Layer
9.6-Pressure Gradient Effects o..
9-Intro
9-Practice Problems
9-Problems
9-Summary
10.1-Classifying Flow
10.2-Specifying Pipe Sizes
10.3-Pipe Head Loss
10.4-Stress Distributions in Pip..
10.5-Laminar Flow in a Round Tube
10.6-Turbulent Flow and the Mood..
10.7-Solving Turbulent Flow Prob..
10.8-Combined Head Loss
10.9-Nonround Conduits
10.10-Pumps and Systems of Pipes
10-Intro
10-Practice Problems
10-Problems
10-Summary
11.1-Relating Lift and Drag to S..
11.2-Calculating Drag force
11.3-Drag of Axisymmetric and 3D..
11.4-Terminal velocity
11.5-Vortex Shedding
11.6-Reducing Drag by streamlining
11.7-Drag in Compressible Flow
11.8-Theory of Lift
11.9-Lift and Drag on Airfoils
11.10-Lift and Drag on Road Vehicles
11-Intro
11-Practice Problems
11-Problems
11-Summary
12.1-Wave Propagation in Compres..
12.2-Mach Number Relationships
12.3-Normal Shock Waves
12.4-Isentropic Compressible Flo..
12-Intro
12-Practice Problems
12-Problems
12-Summary
13.1-Measuring Velocity and Pres..
13.2-Measuring Flow Rate (Discha..
13.3-Measurement in Compressible..
13.4-Accuracy of Measurements
13-Intro
13-Practice Problems
13-Problems
13-Summary
14.1-Propellers
14.2-Axial-Flow Pumps
14.3-Radial-Flow Machines
14.4-Specific Speed
14.5-Suction Limitations of Pumps
14.6-Viscous Effects
14.7-Centrifugal Compressors
14.8-Turbines
14-Intro
14-Practice Problems
14-Problems
14-Summary
15.1-Description of Open-Channel..
15.2-Energy Equation for Steady ..
15.3-Steady Uniform Flow
15.4-Steady Nonuniform Flow
15.5-Rapidly Varied Flow
15.6-Hydraulic Jump
15.7-Gradually Varied Flow
15-Intro
15-Practice Problems
15-Problems
15-Summary
Answers
Appendix
F.2-Commonly Used Equations
F.3-Useful Constants
Inside Back Cover
Inside Front Cover
TblA.6-Nomenclature
TblF.1-Formulas for Unit Conversions
TblF.4-AIR
TblF.5-WATER
TblF.6-WATER