Abstract
The buoyant plume above a round heat source was analyzed through the computational simulation based on a weakly compressible Differential Second Moment closure model(DSM)/Differential heat Flux model. The reason why we are considering the fluid compressibility is that there is a very large difference of the temperature between the surface of the heat source and ambient air. The analyzed results were compared with Shabbir's plume-equations and Yokoi's plume-equations. The computational results(DSM) almost corresponded to Shabbir's plume-equations, but these didn't fitted with Yokoi's plume-equations.
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