Temperature rise due to impact

충격열에 의한 온도상승

A theory has been developed for impact heating as well as thermodynamics of impact. The result is very simple and convenient for engineering applications : T=$T(\frac{{V_0}}{V})^{\gamma}$, $where T_0$ and T are the temperatures before and after the impact, $V_0$/ and V the volumes before and after the impact, and $\gamma$ the Gruneisen constant, given in a table in this paper.