An experimental study on flame acceleration (FA) of hydrogen–air premixed gas in a
millimeter-scale Archimedean spiral channel is presented in this paper. Experiments were …

The study of unsteady combustion modes and, in particular, the deflagration-to-detonation
transition, is of particular importance for the aerospace industry. Knowledge of the basic …

This paper is a brief review and systematization of studies of flame acceleration and
deflagration-to-detonation transition in circular smooth pipes, performed during the last …

The ignition of lean hydrogen-air mixtures behind reflected shock waves at the temperature
range of 902–1630 K and the pressure of 1 atm is studied experimentally and numerically …

Results of numerical simulations of flame acceleration in a semi-open channel filled by
acetylene-based mixtures are presented. The computations are performed by the advanced …

The paper presents a novel numerical approach to the quantitative estimation of the
concentration limits for flame acceleration in hydrogen-based mixtures. A series of …

In the framework of comprehensive assessment of explosion risks on board of spacecrafts
and on the facilities of launch places, the paper is focused on the detailed analysis of …

In the work, the authors have presented a systematization of the data on acceleration of the
flame in a smooth channel filled with gaseous fuel mixture. A mixture of acetylene and …

Представлены результаты численного моделирования процесса ускорения пламени в
полуоткрытом канале, заполненном смесями на основе ацетилена. Расчеты …

Работа посвящена краткому обзору и систематизации результатов исследований
процессов ускорения пламени и перехода горения в детонацию в круглых гладких …