The accidental release of hydrogen into enclosures can result in a flammable mixture with
concentration gradients and possible deflagration-to-detonation transition (DDT). This …

The effect of confinement on the magnitude of overpressure due to a gaseous detonation of
a hydrogen-air mixture was studied with the aid of numerical simulations. A simplified …

As hydrogen becomes an increasingly vital component in the transition toward a sustainable
energy system, its flammable and detonable properties necessitate a comprehensive …

The effect of the obstacle location L, the distance D, the number N and blockage rate BR on
the explosion resistance performance of hydrogen crimped-ribbon flame arrester was …

The main aim of this study was to perform numerical simulations of deflagration to
detonation transition process (DDT) in hydrogen–air mixtures and assess the capabilities of …

TiO 2 particles synthesized by gaseous detonation were collected through detonation
interception, and the hydrogen-oxygen explosion process within a closed detonation tube …

This research is aimed at exploring the influence of the vapor molecular structure of
hydrocarbons on vapor explosion. To achieve this aim, the overpressure and flame …

The present study revisited the kinetics of the thermal decomposition and the detonation of
H2O2/H2O mixtures in the presence and absence of catalysts aiming to apply in the …

In the paper, the propagation of the detonation wave in the hydrogen-oxygen microfoam on
the aqueous base is considered. Microfoam represents a two-phase system containing …

The novel rotating detonation engine (RDE) fuelled with biogas offers a significant
contribution to the application of combustion engines powered by renewable-based fuels …