… Numerical simulations have been done extensively in … and numerical simulations that the
DDT process always occur when the velocity of deflagration reaches about 50% CJ detonation …

… concentrations in deflagration to detonation transition criterion. The … Close agreements
between numerical simulations and a … to predict deflagration to detonation transition for various …

… The objective of the present study is to use numerical simulations to examine the effect of
obstacle shape on flame acceleration and DDT through an array of obstacles in a channel. …

… His results are in perfect agreement with other numerical results and experiments. Cai
has conducted a series of numerical simulations on detonation initiation and propagation in …

… Thus, in this study, numerical simulations are performed for … -to-detonation transition (DDT)
and detonation processes. In … , and Chapman–Jouguet detonation velocity are comparable …

… 1, numerical simulations of detonation initiation in the supersonic combustible mixture with
a hot jet are conducted in an expanding channel together with a rectangular part. In Fig. 1, X1 …

… In recent years, numerical simulations on DDT are performed in small channel with repeated
obstacle. Gamezo et al. [4] simulates DDT for using one-step Arrhenius kinetics model. …

… 2D numerical simulations are performed and compared. Deflagration to detonation transition
… time plots are plotted and it has been observed that DDT transition occurred in all the cases …

… detonation initiation with a nonuniform initiation zone. In this work, two-dimensional numerical
simulations … the effects of disturbance on detonation initiation in a stoichiometric H2/O2/N2 …

… planar ZND detonation. In this study, a series of high resolution, numerical simulations using
… to investigate the evolution of the cellular detonation wave expanded from a small channel …