Flame propagation in a hydrogen–air mixture in the presence of porous materials was
investigated experimentally in channels with different dimensions and cross–sections. In this …

Combustion wave propagation in a channel containing a stoichiometric hydrogen-air
mixture and an array of obstacles was investigated, aiming to explore the effects of …

One of the modern energy safety concerns is ensuring explosion safety when working with
flammable gases. For this purpose, various methods are used, such as active chemical …

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 …

Porous media are often used in flame arresters because of the high surface area to volume
ratio that is required for flame quenching. However, if the flame is not quenched, the flow …

The combustion of stoichiometric hydrogen-air at various initial pressures was investigated
in a 7.62 cm square cross-section channel filled with 1.27 cm diameter beads. The flame …

An experimental investigation of flame acceleration in a narrow rectangular cross-section
channel with various lower boundary conditions is presented. The boundary conditions …

This article reports on numerical simulations of detonation propagation in channels that
contain one or more porous obstructions. The porous media considered herein have high …

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 …

This paper first studied the mitigation of the hydrogen/air mixture detonation wave by tuning
the tube inner wall with the absorbing material of polyacrylonitrile (PAN)-based carbon fibre …