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Zhang JY, Lu WZ, Huo R, Wang HB, Chow W, Feng R (2006) (Science Press USA Inc: Monmouth Junction) 770-775
Date: 2011-08-17   Author: SKLFS   Source: WOS
 

Zhang JY, Lu WZ, Huo R, Wang HB, Chow W, Feng R (2006) 'A simple flame plume model induced by stack effect.' (Science Press USA Inc: Monmouth Junction) 770-775

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Keywords:

stack effect; Tilted flame plume profile; flame plume diameter; flame; deflection angle; air-entrainment;

Abstract: The tilted flame plume model induced by stack effect wais developed simply based on the fundamental equations for continuity, momentum, and buoyancy with some physical assumption and a series of full-scale tests. The results showed that the two sides of flame plume are symmetrical and has an accordant regulation that the flame plume diameter has a linear relation to the height z, and the deflection angle range of windward of flame plume is about from 50 to 60 degree.

 
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Relevant link
W. X. Shi, J. Ji, J. H. Sun, S. M. Lo, L. J. Li and X. Y. Yuan (2014) Journal Of Civil Engineering And Management 20 121-131.
Zhang JY, Ji J, Huo R (2006) Journal of Fire Sciences 24(2), 121-135.
Zhang JY, Lu JWZ, Huo R (2005) (Tsinghua University Press: Beijing) 3343-3348
Zhang JY, Lu WZ, Huo R, Feng R (2008) Building and Environment 43(6), 1101-1108.
Shebeko YN, Fan W, Bolodian IA, Navzenya VY (2002) Fire Safety Journal 37(6), 549-568.
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