In the paper new modifications of a large-particle method are given in the appendix to the analysis of gas-suspension currents. It is shown that given modifications allow us to carry out calculations of shock waves behavior in gas-suspensions without introduction explicit artificial viscosity which helps to avoid distortion of a physical phenomenon of gas-suspension current connected with the existence of oscillation. It is shown that given modifications of the large particle method are effective and help to carry out calculations of strong shock waves in gas-suspensions
Author Biographies
Yury Mikhailovich Kovalev, South Ural State University
Dr. Sc. (Physics and Mathematics), professor, Head of the Computational Continuum Mechanics Department
Elena Adamovna Kovaleva, South Ural State University
Cand. Sc. (Physics and Mathematics), Associate professor
Egor Evgenyevich Pigasov, South Ural State University
Educational Assistant, Computational Continuum Mechanics Department
