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 …

… simulations show that the interactions of shocks and flames create the conditions under
which deflagration-to-detonation transition … Deflagration-to-detonation transition (DDT) is an …

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

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 …

… transition to a detonation. Courtesy of L.Borne and the French–German Research Institute of
Saint-Louis (ISL). Numerical simulations … , and the detonation transition what would occur if …

… 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 …

… An investigation of detonation diffraction through an abrupt area change has been carried
out via a set of two-dimensional numerical simulations parameterized by the activation energy …

… process and the detonation propagation behavior of … numerical simulation method for
studying the FA and DDT in ethylene-air, which is useful to quantitatively analyze the detonation …

… The role of the flame folding, induced by the classical Darrieus-Landau instability, on the
transition from deflagration to detonation is studied by numerical simulations of premixed gas …

… The pressure signal is similar with our numerical simulations, which is a proof to our
simulation. By means of experiments it is difficult to observe the details of the flow field. This work …