A computational fluid dynamic model of fire burning rate and extinction by water sprinkler
作者： V. Novozhilov , D. J. E. Harvie , A. R. Green , J. H. Kent
DOI: 10.1080/00102209708935629
关键词: Computational fluid dynamics 、 Extinguishment 、 Meteorology 、 Extinction (optical mineralogy) 、 Heat flux 、 Thermocouple 、 Mass flux 、 Fluid dynamics 、 Chemistry 、 Firefighting 、 Mechanics
摘要: A computational fluid dynamic (CFD) study is combined with an experimental program to develop a model of burning rate and extinction in fires.The ultimate objective predict extinguishment by water droplets thereby determine the requirement for actual fires. The experimental,program conducted full-size fire gallery commercial sprinkler system installed roof. Water droplet size distribution, velocities mass flux from are measured as inputs computations. Horizontal sheets polymethylmethacrylate I metre square uniformly ignited burned draft about m/s. Burning rates monitored load cell when well established, actuated. video record together thermocouple heat measurements used time event describe process. primary mechanism considered be due cooling PMMA surface below...
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