In order to reveal the mechanism of water fog explosion suppression and research the
combined effect of water fog and obstacle on hydrogen/air deflagration, multiple sets of …

Hydrogen, as a promising energy vector, can cause an explosion or even a detonation due
to its unique physical and chemical properties. Water spray is an ideal mitigant for …

A new low-power burner, where liquid fuel is sprayed with a high-speed jet of superheated
steam, has been developed and tested. The possibility of combustion of low NOx liquid …

Abstract Effects of steam dilution on flame evolution, frequency and oscillation
characteristics were investigated using an optically accessible micro-mixing combustor …

The effect of shock waves on the dispersion characteristics of a particle cloud is investigated
both numerically and analytically. A one-dimensional analytical model is developed for the …

A numerical investigation of the spray-induced turbulence generated from industrial spray
nozzles is carried out to better understand the roles of the nozzle spray on the fires or …

Understanding local transport behaviour of steam-air-hydrogen mixture inside the
containment and associated hydrogen combustion issues are essential to ensure integrity of …

In the context of hydrogen safety and explosions in hydrogen-oxygen systems, numerical
simulations of laminar, premixed, hydrogen/air flames propagating freely into a spray of …

This article explores the flow characteristics and fuel mixing in a premixed tube leading to
the combustion chamber, focusing on hydrogen fuel. A CFD simulation utilizing a discrete …

A new analytical model is derived based on physical concepts and conservation laws, in
order to evaluate the post-shock gas velocity, the gas density and the spray dispersion …