The explosion venting duct can effectively reduce the hazard degree of a gas explosion and
conduct the venting energy to the safe area. To investigate the flame quantitative …

This paper experimentally investigated the effect of low vent burst pressure on the
overpressure buildup and flame evolution during the vented methane-air deflagrations in a 1 …

Among the factors affecting explosion venting, ignition position deserves more detailed
investigation because it significantly affects the propagation of flame and the relief of internal …

Abstract Effect of vent burst pressure on internal pressure and flame evolution is
experimentally investigated during explosion venting of rich hydrogen-air mixtures with …

A series of experiments are conducted to investigate the effect of vent burst pressure on
stoichiometric hydrogen–air premixed flame propagation and pressure history in a 1 m 3 …

A series of experiments was conducted in a cubic vessel of 0.5× 0.5× 0.5 m to investigate the
effects of ignition location and vent burst pressure P v on vented stoichiometric hydrogen-air …

Venting is often used in process industries to reduce the possibility of dangerous rises in
pressure levels and the severity of explosions. To date, the effectiveness of side-on venting …

Experiments on duct-vented explosions of hydrogen–air mixtures in a 12.3 l cylindrical
vessel were conducted, and the effects of duct length and hydrogen concentration on the …

An experimental apparatus is set up to study the methane and air mixture explosion under
the effect of vacuum chamber coupled with CO 2. A series of experiments have been …

A relief duct is often used for indoor vented enclosures to discharge unburnt and burnt gas
mixtures to outdoors, but its use can significantly affect pressure relief and flame behavior. In …