This study attempted to systematically understand the research results on the explosion
disaster effects of premixed hydrogen and methane gas driven by concentration. Based on …

This experimental study focused on effect of obstacle on the syngas (H 2/CO) explosion
characteristics under lean-fuel conditions. The relationship between the flame propagation …

By installing obstacle plates with different opening shapes in an experimental pipeline, the
combined effect of vertical concentration gradients and obstacle shapes on methane-air …

Abstract In this work, Large Eddy Simulation has been applied to investigate the explosion
characteristics of hydrogen and gasoline vapor in a pipe with and without obstacles. It is …

To study the mechanism by which an increase in the number of obstacles affects the
propagation of hydrogen-air premixed gas explosions under a constant overall volume of …

The comprehensive effects of obstacles with different slit and heptafluoropropane on the
methane-air explosion characteristics were studied by visual explosion experiment platform …

The influence of heptafluoropropane (CF 3 CHFCF 3) with different barrier arrangements on
the prevention of methane-air explosions in semi-closed pipes is examined in this research …

Coal mine gas explosions often occur in confined areas with accumulated obstacles. To
investigate the effect of the blockage ratio (BR) of accumulated obstacles on the bidirectional …

In this research, the fire and explosion risks of methanol-gasoline blended clean fuels are
assessed in experimental studies of the flammability limit parameters of methanol-gasoline …

To compare the effect of the cavity and obstacle on the flame evolution, a series of
experimental studies are carried out to investigate the premixed methane-air flame …