EFFECT OF DISPERSED PHASE DISTRIBUTION ON THE SHOCK WAVE PARAMETERS IN A GAS SUSPENSION

The process of shock wave motion in an inhomogeneous medium is being studied numerically depending on the spatial distribution of the mean density of dispersed phase, that is, during the propagation of a shock wave from a pure gas into a gas suspension and from a gas suspension into a pure gas. The regularities have been revealed that affect the velocity and profi le of the shock wave moving in an inhomogeneous medium.
   
Author:  D. A. Tukmakova, and N. A. Tukmakova
Keywords:  gas suspension, shock wave, numerical simulation, interphase interaction
Page:  207