… 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 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 …

… ) and deflagration-to-detonation transition (DDT) in mixtures with … Numerical simulations
have been conducted for the … Qualitatively, the numerical simulations have reproduced well the …

… practical fuels, and some experiments and numerical simulations indicate that the ignition and
… Detonation limits refer to the conditions outside of which a self-sustained detonation wave …

… The numerical simulations on DDT (Deflagration-to-Detonation Transition) in the two-… This
research intends to find out more detailed mechanisms of the detonation transition in channels …

… Furthermore, the effects of different initial temperatures on detonation modes are also
considered. In this work, adaptive mesh refinement based on 2-D numerical simulations are …

… tube filled by obstacles should not be more than deflagration-to-detonation transition … -detonation
transition and developing detonation combustion chamber of pulse detonation engine. …

… numerical simulations were performed for a planar shock wave interacting with multiple
flame kernels. The results of the simulations … -to-detonation transition (DDT). As seen in the …

… attention on the transition process from convective burning to detonation by presuming … by
numerical simulation. The main challenge in the numerical simulation of two-phase detonation …

… The problem of the deflagration to detonation transition (DDT) in explosives has been
concerned seriously for many years, but the existing numerical models have different defects. It is …