On flame–flow interaction in forward smoldering
Abstract
Departing from the classical Burke–Schumann theory for diffusion flames, a reduced model for the description of the evolving wave front in forward smoldering is derived. The model is then used to describe the fingering instability induced by the increase in porosity, which results from the solid fuel depletion. The cusp-leading nature of the fingering pattern is revealed, which is opposite to the cusp-trailing structure typical of premixed gas...
Paper Details
Title
On flame–flow interaction in forward smoldering
Published Date
May 1, 2008
Journal
Volume
153
Issue
3
Pages
490 - 495
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