In recent years, significant progress has been made to ensure that process industries are
among the safest workplaces in the world. However, with the increasing complexity of …

The influence of opening pressure, opening time, and scaled vent size on external explosion
overpressure intensity, explosion location, and explosion duration was systematically …

To reveal the flow field-shock wave-flame coupling evolution law of LPG/DME blended gas
explosion venting under different dimensionless vent ratio (KV), the numerical model for …

To explore the sustainability of urban utility tunnel and the possibility for methane/hydrogen
mixture transportation, FLACS, the gas explosion simulation software, was used to study the …

Explosion venting is an effective way to reduce the hazards of gases and dust fuel explosion
in a confined space. Since there is little attention paid to the thermal radiant damage …

Offshore rocket launching platforms will gradually become the mainstream rocket launching
platform in the future due to its low geographical restrictions. A study is carried out to …

Experiments were conducted in an obstructed 3-m-long duct to investigate the effects of
equivalence ratio, thickness of rupture membrane, and vent area on vented hydrogen–air …

An extension of previous work to predict the far-field overpressures of vented gas explosions
from small-medium scale storage tanks is presented. Four actual vented explosion …

In order to reveal the shock wave propagation and overpressure hazards of DME (dimethyl
ether)/LPG (liquefied petroleum gas) blended fuel in the process of partly premixed gas …

This paper presented both experimental and numerical assessments of separation gap
effect on vented explosion pressure in and around the area of a tank group. A series of …