The effects of porous materials with different thickness and obstacle layout on the explosion
of 10% H 2/90% CH 4 at stoichiometric condition were studied. Three kinds of porous …

The effect of wire mesh structure parameter on the flame propagation characteristics and
intensity of syngas explosion was studied by the visual experiment. The corresponding …

In the present work, the explosion of hydrogen-propane-nitrous oxide mixtures with various
equivalence ratios (ϕ= 0.2-2.4), propane fractions (ω C= 0-1.0) and initial pressures (P 0 …

The flame resistance characteristics of wire mesh and its influence factor on syngas
explosion were researched by experiment. Relationships between flame propagation and …

This study experimentally and numerically determined the effect of FM-200 on H 2/air
explosion. Firstly, the explosion pressure was investigated to evaluate the suppression …

To effectively examine the influence of elbow structures on hydrogen explosion
characteristics, this paper conducts a numerical study of flame propagation during hydrogen …

In recent years, hydrogen fuel cell vehicles have become a focus of hydrogen energy
research and development. However, safety issues have been the greatest obstacle to their …

Synergy inhibition of wire mesh and spray mist on syngas explosion was researched. The
correspondence between the explosion parameters under success and failure conditions …

This study examines the influence of polyurethane porous materials and carbon dioxide on
hydrogen/air explosions within an enclosed vessel. Through analysis of peak overpressure …

As a carbon-free clean energy source and energy carrier, the risk of hydrogen explosion is
one of the major problems in industrial production processes and has attracted a lot of …