Abstract
This work is devoted to the unsteady free laminar convection theory applied to a heated isoflux vertical plate by using the integral Kármán–Pohlhausen approach. To overcome complexities due to transient integral method, the analysis assumes that the ratio of both velocity and temperature layers is only Prandtl number dependent during the transient phase. Comparisons with results from the differential method seem to validate the proposed modeling which is carried out for the range Pr>0.6.
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