Abstract
This paper analyses the influence of the conductivity ratio, Φλ, and the volume heat capacity ratio, Φh, on the conjugate heat transfer from a liquid particle in a liquid environment. Both creeping flow and moderate Re number domain are considered. Special attention is given to the phenomenon of thermal wake. The occurrence and the evolution of the thermal wake depend on the values of volume heat capacity ratio and conductivity ratio respectively. The influence of the Pe numbers on the thermal inversion phenomenon and the interaction (at moderate Re number values) between thermal wake and flow separation are analysed. The results obtained show that Φλ and Φh influence strongly the conjugate heat transfer.
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