Abstract:
Monte Carlo nonstationary method of statistical simulation with weight
factors was used to study the process of forming a shock wave in a shock tube.
The method automatically takes into account all processes of heat-mass
transfer. Parallel calculations were carried out by means of MPI-library,
using domain decompositions. There were almost no restrictions on the number
of processors. The positions obtained for the wave of rarefaction, the zone
of shock-heated gas and the wave front as well as the values of gas
parameters behind the front were in good agreement with the results based on
the simple theory of shock tubes.