Heat Transfer: A Basic Approach, Volume 1

ambient analysis average heat transfer boiling boundary conditions boundary layer boundary surface circular tube coefficient h condensation Consider convection heat transfer correlation cylinder Develop an expression diameter dimensionless drag coefficient emissivity Example Figure finite-difference flat plate flow inside flow rate forced convection free convection friction factor given by Eq heat conduction heat conduction equation heat conduction problem heat exchanger heat flow heat loss heat transfer coefficient heat transfer rate horizontal illustrated in Fig inside a circular insulated kg/m³ kg/s laminar flow length liquid m²/s mass diffusivity Mass Transfer matrix node Nusselt number obtained one-dimensional outer surface Prandtl number pressure drop radiosities radius rate of heat region Reynolds number slab solution sphere T₁ T₂ temperature difference temperature distribution thermal conductivity thermal resistance thickness turbulent flow uniform temperature vapor velocity vertical view factor W/m² wall temperature әт