Momentum, heat, and mass transfer
C. O. Bennett, J. E. Myers (Author)
697 pages illustrations 25 cm.
568165
FLUID DYNAMICS: The over-all balances introduction to fluid behavior
The over-all mass balance
The over-all energy balance
The over-all momentum Balance
Flow measurement
Concepts of fluid behavior (I)
Concepts of fluid behavior (II)
The differential mass balance
The differential energy balance
The differential momentum balance
Some solutions of the equations of motion
Velocity distribution and drag with turbulent flow
Dimensional analysis with applications in fluid dynamics
Some design equations for the flow of incompressible fluids
Filtration and fluidization
High-speec flow
HEAT TRANSFER: Introduction to heat transfer
Conduction and thermal conductivity
Steady-state head conduction
Unsteady-state heat conduction
Numerical, graphical, and analog methods in the analysis of heat conduction
Convective heat-transfer coefficients
Heat transfer with laminar flow
Heat transfer with turbulent flow
Some design equations for convective heat transfer
Boiling and condensation
Radiant heat transfer
Heat-exchange equipment
MASS TRANSFER: Introduction to mass transfer
Molecular diffusion and diffusivity
Diffusion in binary mixtures
Convective mass-transger coefficients
Mass transfer with laminar flow
Mass transfer with turbulent flow
Some design equations for convective mass transfer
Continuous contacting of immiscible phases
Simultaneous momentum, heat, and mass transfer
Separation by equilibrium stages; immiscible phases
Contacting of partially miscible phases
Distillation of binary mixtures
Multicomponent separations
Mass transfer with chemical reaction