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Flame retardant effects on non-premixed boundary layer flames
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DOI：10.1016/j.firesaf.2026.104886.png)
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Abstract
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• Novel setup enables study of non-premixed boundary layer flames (BLF) at active walls. • Links flame retardant (FR) research and BLFs physics via experiments and CFD simulations. • Slot design affects flame structure, standoff distance, and wall heat flux. • Modeling shows phosphorus based FR’s like DMMP modify BLF structure and heat transfer. • Modeling shows phosphorus based FR’s like DMMP modify BLF structure and heat transfer. • The study provides insight for reduced order modelling of FR influenced BLFs.
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