

3  (36) 


4  (1) 

Dimensions, Units, and Physical Quantities 


4  (4) 

Continuum View of Gases and Liquids 


8  (3) 

Pressure and Temperature Scales 


11  (3) 


14  (9) 


23  (1) 

Thermodynamic Properties and Relationships 


24  (6) 


30  (9) 


31  (8) 


39  (48) 


40  (1) 


40  (1) 


41  (2) 


43  (24) 

Linearly Accelerating Containers 


67  (2) 


69  (3) 


72  (15) 


73  (14) 

Introduction to Fluids in Motion 


87  (40) 


88  (1) 

Description of Fluid Motion 


88  (12) 

Classification of Fluid Flows 


100  (7) 


107  (9) 


116  (11) 


117  (10) 

The Integral Forms of the Fundamental Laws 


127  (76) 


128  (1) 


128  (4) 

SystemtoControlVolume Transformation 


132  (5) 


137  (7) 


144  (13) 


157  (19) 

MomentofMomentum Equation 


176  (3) 


179  (24) 


181  (22) 

The Differential Forms of the Fundamental Laws 


203  (34) 


204  (1) 

Differential Continuity Equation 


205  (5) 

Differential Momentum Equation 


210  (13) 

Differential Energy Equation 


223  (6) 


229  (8) 


231  (6) 

Dimensional Analysis and Similitude 


237  (34) 


238  (1) 


239  (9) 


248  (10) 

Normalized Differential Equations 


258  (4) 


262  (9) 


263  (8) 


271  (74) 


272  (1) 

Entrance Flow and Developed Flow 


272  (2) 


274  (7) 

Laminar Flow between Parallel Plates 


281  (7) 

Laminar Flow between Rotating Cylinders 


288  (4) 


292  (33) 

Uniform Turbulent Flow in Open Channels 


325  (4) 


329  (16) 


330  (15) 


345  (80) 


346  (4) 


350  (2) 

Flow Around Immersed Bodies 


352  (15) 

Lift and Drag on Airfoils 


367  (5) 


372  (13) 


385  (24) 


409  (16) 


410  (15) 


425  (50) 


426  (1) 

Speed of Sound and the Mach Number 


427  (4) 


431  (11) 


442  (8) 

Shock Waves in ConvergingDiverging Nozzles 


450  (5) 

Vapor Flow through a Nozzle 


455  (2) 


457  (5) 

Isentropic Expansion Waves 


462  (4) 


466  (9) 


467  (8) 


475  (70) 


476  (1) 


477  (3) 


480  (6) 

Energy Concepts in OpenChannel Flow 


486  (14) 

Momentum Concepts in OpenChannel Flow 


500  (12) 

Nonuniform, Gradually Varied Flow 


512  (8) 

Numerical Analysis of Water Surface Profiles 


520  (10) 


530  (15) 


531  (14) 


545  (56) 


546  (1) 


546  (6) 


552  (11) 

Analysis of Pipe Networks 


563  (13) 

Unsteady Flow in Pipelines 


576  (8) 


584  (17) 


585  (16) 


601  (60) 


602  (1) 


602  (18) 

Dimensional Analysis and Similitude for Turbomachinery 


620  (10) 

Use of Turbopumps in Piping Systems 


630  (6) 


636  (15) 


651  (10) 


652  (9) 

Measurements in Fluid Mechanics 


661  (42) 


662  (1) 

Measurement of Local Flow Parameters 


662  (8) 


670  (9) 


679  (8) 

Data Acquisition and Analysis 


687  (12) 


699  (4) 


699  (4) 

Environmental Fluid Mechanics 


703  (50) 


704  (1) 

Transport Processes in Fluids 


704  (5) 

Fundamental Equations of Mass and Heat Transport 


709  (14) 


723  (13) 

Evaluating the Transport Coefficients in the Environment 


736  (10) 


746  (7) 


747  (6) 

Computational Fluid Dynamics 


753  (47) 


754  (1) 

An Overview of FiniteDifference and FiniteVolume Methods 


754  (1) 

Examples of Simple FiniteDifference Methods 


755  (11) 

Examples of Simple FiniteVolume Methods 


766  (3) 


769  (7) 


776  (15) 

Methods for the Compressible NavierStokes Equations 


791  (3) 

Methods for the Incompressible NavierStokes Equations 


794  (1) 


795  (5) 


796  (1) 


797  (3) 
Appendix 

800  (41) 

A. Units and Conversions and Vector Relationships 


801  (2) 


803  (6) 

C. Properties of Areas and Volumes 


809  (1) 

D. CompressibleFlow Tables for Air 


810  (9) 

E. Numerical Solutions for Chapter 10 


819  (7) 

F. Numerical Solutions for Chapter 11 


826  (15) 
Bibliography 

841  (3) 


841  (1) 


842  (2) 
Answers to Selected Problems 

844  (9) 
Index 

853  (10) 
Credits 

863  