Environmental pollution and climate change are requiring new methods to clean pollutants
and produce sustainable energy. Aerogels and metal organic frameworks are emerging as …

Gaseous and dust (including hybrid) explosions often occur in mines, grain elevators, and
industrial plants, and always lead to severe damage. Strategies for suppressing or mitigating …

Usually, attenuation of a shock or detonation wave at a normal or tangential impact to the
surface of technological structures can be carried out using porous coatings. In the present …

The propagation of a detonation wave in a channel with polyurethane foam with different
pore size on the wall was experimentally examined. In this study, we performed experiments …

This study reports the Mach reflection of gaseous detonation on porous wedges
experimentally, in which the porous wall is consisted of equidistant inline square columns …

Propagation of a detonation wave in a porous channel with different cross–section was
experimentally studied. Experiments were performed in three rectangular channels with …

Numerical modeling of the interaction of cellular detonation in a hydrogen-air mixture with
several systems of porous filters covering part of the channel was carried out. The main …

The evolution of flame front perturbations during propagation in a half-open channel with a
porous coating was studied. The porous coating generates disturbances in the flow and …

We considered the problem of detonation suppression and weakening of blast wave effects
occurring during the combustion of hydrogen–air mixtures in confined spaces. The …

The study investigated the deflagration and detonation suppression effect by different
thicknesses of metal foam. The results show that the gas explosion suppression effect of …