Part I: Basic principles of fluid mechanics. 1. Fundamental notions. p. 3. 2: Stress at a point. p. 39. 3: Fluid statics. p. 57. 4: Foundations of flow analysis. p. 117. 5: Basic laws for finite systems and finite control volumes I: Continuity and momentum. p. 149. 6: Basic laws for finite systms and finite control volumes II: Thermodynamics. p. 223. 7: Differential forms of the basic laws. p. 259. 8: Dimensional analysis and similitude. p. 307. Part II: Analysis of important internal flows. 9: Incompressible viscous flow through flows. p. 345. 10: General incompressible viscous flow: the navier-stokes equations.p. 435. Part III: Analysis of important external flow. 12: Potential flow. p. 549. 13: Boundary-layer theory. p. 627. 14: Free-surface flow. p. 709. 15: Turbomachinery. p. 767. 16: Computational fluid mechanics. p. 811. Answers to selected problems. p. 849.
