Numerical Investigation of the Influence of Properties of the Gas Component of a Suspension of Solid Particles on the Spreading of a Compressed Gas-Suspension Volume in a Binary Medium

摘要

The process of propagation of the normal shock from a gas suspension to a pure gas is modeled numerically. Different gases are considered as the carrier medium of the high-pressure chamber of a shock tube. The influence of properties of the gas component of the gas suspension on the process of outflow of a dust-laden medium into a low-pressure chamber and on the spatial distribution of the temperature of solid particles is investigated.