Abstract
In this report, a simple model to predict heat transfer distribution in the high temperature region of spray cooling is developed by focusing on the effect of sensible heat of droplets. In the model, it is assumed that the droplets rebound repeatedly on the surface and heat transfer upon droplet impact is proportional to the sensible heat which heats up the droplets to the saturation temperature. The calculated results are compared with existing experimental results and it is shown that the present model can predict the heat transfer distribution in the high temperature region of spray cooling.
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