Generalized Solutions of the Galilean Invariant Thermodynamically Compatible Conservation Laws Constructed Using Godunov's Ideas: Scientific Explanation

Authors

  • M. Ya. Ivanov Central Institute of Aviation Motors, Moscow, Russia.
  • V. K. Mamaev Central Institute of Aviation Motors, Moscow, Russia.

Keywords:

Conservation laws, generalized solutions, thermodynamic compatibility, entropy growth, kinetic energy loss, total pressure loss

Abstract

The Galilean invariant thermodynamically compatible conservation laws that admit a class of generalized solutions is analyzed. The main feature of the generalized solutions considered in this paper is that they describe smooth solutions with the kinetic energy and total pressure loss, which accompany the dynamic process of heat supply. The principal properties of the generalized solutions analyzed in Godunov's works are the Galilean invariance and thermodynamic compatibility of the original conservation laws under the closed mathematical formulation of the thermal gas-dynamic process.

Published

2021-06-24

How to Cite

M. Ya. Ivanov, & V. K. Mamaev. (2021). Generalized Solutions of the Galilean Invariant Thermodynamically Compatible Conservation Laws Constructed Using Godunov’s Ideas: Scientific Explanation . Physics of Entropy, Radiation and Gravitating Matter With Examples of General and Analytical Solutions, 10–23. Retrieved from https://stm.bookpi.org/PERGMEGAS/article/view/1898