Hydrogen is a key pillar in the global Net Zero strategy. Rapid scaling up of hydrogen
production, transport, distribution and utilization is expected. This entails that hydrogen …

This study attempted to systematically understand the research results on the explosion
disaster effects of premixed hydrogen and methane gas driven by concentration. Based on …

Hydrogen, as a clean and promising energy carrier, is considered a viable alternative fuel
for the future. However, accidental hydrogen leakages and explosions pose considerable …

In the event of core degradation during a severe accident in water-cooled nuclear power
plants (NPPs), large amounts of hydrogen are generated that may be released into the …

Hydrogen is a promising alternative fuel which is expected to gain a significant portion of the
energy market in the near future. However, it is a flammable gas with significant safety …

The control of hydrogen in the containment is an important safety issue following rapid
oxidation of the uncovered reactor core during a severe accident in a Nuclear Power Plant …

Severe accidents in nuclear power plants may cause significant and long-lasting harm to the
environment in the case of containment integrity loss. Numerical simulation of phenomena …

A postulated severe accident in a nuclear power plant (NPP) can lead to generation of large
quantities of hydrogen in the NPP containment. Potential hydrogen combustion and ensuing …

Large quantities of hydrogen can be generated during a severe accident in a water-cooled
nuclear reactor. When released in the containment, the hydrogen can create a potential …

In the context of CFD simulations for containment safety, Reynolds-Averaged Navier–Stokes
(RANS) simulations are the most feasible given the large volume to be simulated. The …