Abstract
The study conducts a test and numerical modeling of fl ame front propagation along a stratifi ed gas mixture in a small transverse fl at channel made by two parallel plates. Images of the fl ame front were obtained through direct photography. A shape change was detected during the fl ame oscillatory propagation along a long channel. The distribution fi elds of temperature, gas concentration, pressure, velocity, and streamline were constructed. The simulation fi ndings have been shown to qualitatively coincide with the test fi ndings.
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