Fundamentals of momentum, heat and mass transfer / James R. Welty, Charles E. Wicks, Robert E. Wilson.

Concepts and definitions - Fluid statics - Descruotuib if a fkyud ub nituib - Conservation of mass- control volume approach - Newton's second law of motion- control volume approach - Shear stress in laminar flow - Analysis of a differential fluid element in laminar flow - Differential equations of fluid flow - Inviscid fluid flow -Dimensional analysis - Viscous flow -The effect of turbulence on momentum transfer - Flow in closed conduits - Fundamentals of heat transfer - Differential equations of heat transfer - Steady-state conduction - Unsteady-state conduction - Convective heat transfer - Convective heat transfer correlations - Boiling and condensation - Heat transfer equipment - Radiation heat transfer - Fundamentals of mass trnasfer - Differential equations of mass transfer - Steady-state molecular diffusion - Unsteady-state molecular diffusion - Convective mass transfer - Interphase mass transfer - Convective mass-transfer correlations - Mass transfer equpment - Appendices.

A1565 COM