The book provides a unified treatment of momentum transfer (fluid mechanics), heat transfer, and mass transfer. This new edition has been updated to include more coverage of modern topics such as biomedical/biological applications as well as an added separations topic on membranes. Additionally, the fifth edition focuses on an explicit problem-solving methodology that is thoroughly and consistently implemented throughout the text. · chapter 1: introduction to momentum transfer · chapter 2: fluid statics · chapter 3: description of a fluid in motion · chapter 4: conservation of mass: control-volume approach · chapter 5: newton's second law of motion: control-volume approach · chapter 6: conservation of energy: control-volume approach · chapter 7: shear stress in laminar flow · chapter 8: analysis of a differential fluid element in laminar flow · chapter 9: differential equations of fluid flow · chapter 10: inviscid fluid flow · chapter 11: dimensional analysis and similitude · chapter 12: viscous flow · chapter 13: flow in closed conduits · chapter 14: fluid machinery · chapter 15: fundamentals of heat transfer · chapter 16: differential equations of heat transfer · chapter 17: steady-state conduction · chapter 18: unsteady-state conduction · chapter 19: convective heat transfer · chapter 20: convective heat-transfer correlations · chapter 21: boiling and condensation · chapter 22: heat-transfer equipment · chapter 23: radiation heat transfer · chapter 24: fundmentals of mass transfer · chapter 25: differential equations of mass transfer · chapter 26: steady-state molecular diffusion · chapter 27: unsteady-state molecular diffusion · chapter 28: convective mass transfer · chapter 29: convective mass transfer between phases · chapter 30: convective mass-transfer correlations · chapter 31: mass-transfer equipment