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PLIF is also used to examine the flame edge.
Negative edge flames represent the opposite case of a local gas velocity from burned products through the flame edge.
Conditioned on flame patches and extinction holes with respect to their sizes, some important properties have been investigated, such as heat release rate, surface curvature, scalar dissipation rate and flame edge speed.
These results provide some evidence that flame stretch affects the behavior of the flame edge; they also suggest the cause of the finger flame.
Mean strain or velocity values conditioned on the leading flame edge are substantially different from mean values calculated at the same location.
In nearly all cases of DSFs, a globular molten polyethylene formed ahead of the spreading flame edge, occasionally dripping onto the ground.
Similar(28)
The paper presents an analysis of extinction and re-ignition by a topological characterization of turbulent flame edges.
These observations were found to be qualitatively consistent with recent theoretical models of flame edges.
The curvatures of turbulent flame edges were calculated and pdf's generated.
Unlike previous research on strain-induced flame edges, the axisymmetric flow field ensures gas flow from products through the edge.
Moreover, it was elucidated that two flame edges of twin counterflow flames did not merge at the edge even in the case of the CH4/air mixture.
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