Fundamentals of Momentum, Heat, and Mass TransferJ. Wiley, 1969 - 697 pagina's Providing a unified treatment of momentum transfer (fluid mechanics), heat transfer and mass transfer. This new edition includes more modern applications of the basic material, and to provide many new homework exercises at the end of each chapter. |
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analysis applied Ax Ay boundary conditions boundary layer Btu/hr ft F Chapter component concentration condensation considered constant continuity equation control volume convective heat-transfer coefficient coordinates correlations cylinder density Determine diameter differential equation dimensional dimensional analysis dimensionless emissivity energy transfer evaluated example expression film flat plate flow rate fluid flow force ft2 F ft²/hr function gradient heat flux heat transfer incompressible incompressible flow integral laminar flow lb mole lb/ft³ liquid mass transfer mass-transfer coefficient molecular molecules Navier-Stokes equation Nusselt obtain phase pipe plane pressure problem radiation relation resistance result Reynolds analogy Reynolds number shear stress shown in Figure solution stagnation point steady-state stream T₁ T₂ temperature profile thermal conductivity thickness tube turbulent flow vapor variables vector velocity profile viscosity wall zero әт дх მყ