The influence of transverse concentration gradients on detonation propagation in H _2 H 2–
air mixtures is investigated experimentally in a wide parameter range. Detonation fronts are …

The present study aims to test the capability of our newly developed density-based solver,
ExplosionFoam, for flame acceleration (FA) and deflagration-to-detonation transition (DDT) …

The influence of water mist on explosion of H 2-air mixtures is studied experimentally in a
closed channel with rectangular cross section. The investigated range of H 2 concentrations …

Hydrogen is considered as the cleanest fuel with a wide range of applications. One of the
most important safety guarantees in hydrogen storage and transportation systems is the …

A methodology for the computationally efficient CFD simulation of hydrogen-air explosions
(including transition to detonation) in large volumes is presented. The model is validated by …

Since demands for energy resources increase globally in recent years due to growth of
application consumption, finding alternative resources for traditional fossil fuels raises …

Explosion of H2–air mixtures is an omnipresent risk in severe accident scenarios in nuclear
power plants. Prediction of explosion impact on the containment of a nuclear reactor is …

Flame acceleration in inhomogeneous combustible gas mixture has largely been
overlooked despite being relevant to many accidental scenarios. The present study aims to …