… Thus, the orientation of obstacles (which are necessary to promote flame … of flame surface
analysis to identify the relevant differences. To study the DDT (deflagration-to-detonation tran…

… The three dimensional modeling of the flame acceleration and … of deflagration-to-detonation
transition, which was proposed … To analyze the influence of flame surface topology the …

… Although a steady-state analysis, the necessary increase in final combustion pressure with
lead shock velocity is shown clearly. A consequence of this analysis is that for a given flame …

… are developed for explosion modelling and hazards analysis in … flame acceleration and
deflagration to detonation transition (DDT… between two approaches to detonation modelling. The …

… flames create the conditions under which deflagration-to-detonation transition may occur. …
Deflagration-to-detonation transition (DDT) is an extremely complex process involving …

… is analyzed in this paper. The structure of the deflagration wave is a leading shock wave (SW)
followed by a flame surface… into three regions by the SW and flame surface. Region 1 is the …

… the transition processes associated with flame acceleration and the onset of a detonation mode
are … Flame dynamic analysis allows to draw the following general conclusions. Before the …

… Circular obstacles produce the weakest flame-surface growth, and thus they have the least
effect on promoting flame acceleration and transition to detonation. A closer analysis shows …

… We present theoretical analysis and experimental … -to-detonation transition exhibits three
separate stages of evolution corroborating majority experimental observations: (1) the flame …

… enough to simulate the transition of a low-speed flame to a detonation wave in a large, … of
laminar flames and detonations. In the remainder of this paper, we describe and analyze the …