Vaporization rate of a droplet in its motion within a viscous vapour flow (the case of internal heat release) (Q5960268)

In the paper the temperature distribution in the drop neighborhood is considered under the condition that \( \text{Pe}< <1 \) and \( \text{P Pe}< <1\), where Pe and P are the Peclet numbers. The heat exchange velocity is established for the evaporating drop in view of the vapour density changes. Besides, the dependence of the dynamical viscosity coefficients and heat conductivity on the temperature is assumed to be linear.