Heat TransferBasic undergraduate heat transfer text for the first heat transfer course. |
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86 pages matching forced convection in this book
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Contents
INTRODUCTION | 1 |
MATERIAL PROPERTIES OF IMPORTANCE | 19 |
STEADY STATE HEAT CONDUCTION | 35 |
Copyright | |
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Common terms and phrases
adiabatic surface analogy application average blackbody boundary conditions boundary layer calculations condensation constant convective heat transfer cylinder defined denote dependent diameter dimensionless discussed emissive power enclosure example FIGURE film finite finite difference flat plate flat surface fluid element fluid temperature forced convection free convection fully developed function given in Eq gradient heat conduction heat exchanger heat flow heat flux heat loss heat transfer coefficient insulation integral J₁ laminar flow liquid momentum monochromatic nodal node nonsteady Nusselt number parameter past a flat pipe flow plane Prandtl number pressure Prob problem properties radiation radiosity rate of heat Reynolds analogy Reynolds number shear stress shown in Fig skin friction slab solution steady surface temperature t₁ temperature difference temperature distribution thermal conductivity tube turbulent flow vapor velocity distribution viscous wall wavelength