Температурный профиль капли расплава в нестационарном режиме нагрева

Abstract

There is provided a theoretical analysis of the temperature profile of a melting drop rotating with a constant angular velocity around its axis and being influenced by an extended heat source in an unstable regime of heating. The scaling factor of the heated body, as well as the power of heat source and the velocity of rotation are proved to be of crucial importance for the temperature profile of melt drop. This allows to control the process of cooling, as well as production-forming on the disk brim.