Laminar Buoyancy-Enhanced Convection Flows on Repeated Blocks with Asymmetric Heating
Laminar mixed convective flow across a block-mounted plate in a vertical channel is studied numerically. One plate with blocks is elevated to a constant temperature different from the inlet air and the other is adiabatic. The results show that the local Nusselt number is significantly affected by secondary flows induced by buoyancy and channel geometry. It is also noted that the heat transfer is mainly a function of the three geometric ratios and the Reynolds number. The average Nusselt numbers decrease with increasing Gr/Re2 values in the blocks and increase with Gr/Re2 at high Grashof numbers in the recirculation zones.
Heat – Convection; Laminar flow; Mathematical models; Temperature
Aerodynamics and Fluid Mechanics | Engineering | Fluid Dynamics | Heat Transfer, Combustion | Mechanical Engineering
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Kim, W. T.,
Boehm, R. F.
Laminar Buoyancy-Enhanced Convection Flows on Repeated Blocks with Asymmetric Heating.
Numerical Heat Transfer Part a-Applications, 22(4),