This paper is one of a series of forthcoming articles on the modeling, analysis, and
numerical simulation of events that comprise the phenomenon of deflagration-to-detonation …

A review of investigations dealing with mathematical and numerical modeling of shock wave
and detonation processes in gas suspensions of fine-grained inert or reacting particles is …

A model of a reacting two-phase medium consisting of a gas and incompressible particles,
which takes into account the collisional dynamics of random motion of particles, is …

The incidence of a shock wave on a system of cylinders and spheres is numerically
simulated. Flow regimes around a system of bodies are described, and a parametric …

The conservation of mass, momentum and energy are not sufficient to close a system of
jump relations for shocks propagating in a heterogeneous mixture of compressible fluids …

Shock-wave and detonation flows in a two-phase medium consisting of a gas and
incompressible particles are studied by methods of numerical simulation with allowance for …

We consider the propagation of a shock wave in a mixture of a gas and fine solid particles
with allowance for the difference in their velocities and the availability of the proper pressure …

A fine structure theory of shock waves occurring in a gas–particle mixture was developed
using an Anderson-type model with allowance for different phase pressures and with an …

The shock wave motion of a mixture of a gas and fine solid particles is considered with
allowance for the difference in velocities and the particle phase pressure, which is described …

The process of propagation of shock waves in two-component mixtures is considered. The
studies were performed within the framework of the two-velocity approximation of mechanics …