To avoid the hazards of vented flame and external explosion caused by hydrogen-air
explosion venting, the effects of metal foam and carbon dioxide on the characteristics of …

In order to effectively control and reduce the destructive effects caused by hydrogen leakage
and explosion accidents, continuously improving the theoretical system of hydrogen …

Natural gas usually contains a small amount of hydrogen and ethane in addition to methane,
which would pose a threat to the safety of natural gas production and utilization by affecting …

This paper describes the numerical simulation of the vented explosion of ethylene-air
mixtures. The influence of concentration, vent size, and vent burst pressure on the vented …

The flame behavior and pressure characteristics of vented propane-air explosions at
elevated static activation pressures (P stat) were investigated in a duct with a length-to …

A detailed investigation of the explosion mechanism of hydrogen (H 2)-propane (C 3 H 8)
mixture gas is the prerequisite for effective prevention of its explosion. This study delved into …

Besides experimental and numerical simulation approaches, empirical engineering models
have emerged as significant tools for elucidating the intricate relationship between vent area …

In the current study, effects of vent area and ignition location on vented stoichiometric
hydrogen-air mixture explosion were experimentally and numerically investigated. Internal …

The effect of varying CO 2 addition ratios (λ) on the internal and external pressure
characteristics of vented hydrogen-air explosions with an equivalent ratio of 1.5 at elevated …

In recent years, numerous integrated hydrogen projects have been carried out around the
world, but the characteristics of hydrogen leakage and deflagration in complex spaces are …