Сравнение температурных режимов в зоне лазерной фемтосекундной обработки твердого сплава волкар при использовании теплофизических и термомеханических характеристик, стохастических значений, просчитанных квантово-механическим методом

Abstract

Comparison of the temperatures and the rate of temperature increase obtained using thermophysical and thermomechanical characteristics, both stochastic values and quantum mechanical methods, are compared. The results of the comparison showed that using the quantum mechanical method, the obtained values of temperatures and rates of temperature increase are somewhat higher than when using stochastic values. This requires research not only on the effect of these methods of setting on temperature, but, most importantly, on the volume of the cluster that we must carry out in the future, to assess the adequacy of this or that method of specifying thermophysical and thermomechanical characteristics.