On the dominant mode of heat transfer in downward flame spread
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Determination of the dominant physical processes in downward-propagating flame spread over a solid fuel using machine learning
2023, International Journal of Thermal SciencesCitation Excerpt :Wu [8] investigated the structure of the thermal boundary layer of an opposed-flow FSS using experiments and analytical models, showing that flame spread is mainly controlled by the heat and mass transfer near the flame front. Kumar [9] and Fernandez-Pello [10] compared the dominant mechanisms in heat transfer, namely flame radiation, convection and conduction, for the opposed-flow FSS, providing a theoretical basis for model simplification. Additionally, some analytical models were introduced to simulate the thermal structure of downward-propagating FSS [11,12] and the corresponding flame geometries under varying flow velocities [13,14].
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