In this study the hazardous potential of flammable hydrogen‐air mixtures with vertical
concentration gradients is investigated numerically. The computational model is based on the …

… the numerical simulation of the deflagration … simulator of confined explosions and its
interaction with barriers of water). In the present work, the code is used to simulate the deflagration …

… slow laminar deflagration, but can quickly transform into a fast turbulent deflagration through
… Especially the abrupt transition between the two different combustion regimes, deflagration …

… of the fuel mixture in deflagration-to-detonation … direct numerical simulations and comparison
to previous experiments.The last part of the thesis concerns the transition from deflagration …

… simulations show that the interactions of shocks and flames create the conditions under which
deflagration… ) is an extremely complex process involving deflagrations, shocks and shock …

… models and solvers in order to carry out numerical simulations of deflagrations, detonations
and transition from deflagrations to detonation. The complex physics involved implies that …

… deflagrations at the scales typical for practical applications by performing simulations of a
vented hydrogen deflagration … This study considers hydrogen deflagrations as a consequence …

… for large-scale DDT simulation, we are focusing on Large Eddy Simulation (LES) that is less
… The objective of this work is to provide a reliable numerical simulation method for studying …

… deflagration pressure was related to combustion rate and venting rate. However, deflagrations
… This paper aims at studying deflagrations using numerical simulation method in relatively …

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) in …