A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Post‐flashover compartment fires: Basis of a theoretical model
AbstractA theoretical model of compartment fires in the post‐flashover stage is presented. The model incorporates the stirred reactor assumption and window flow approximation of Kawagoe, but treats fuel burning rates and burning regimes in a theoretical manner. The resulting formulation preserves the important features of the fire behavior but is simple enough to permit use for building fire safety design purposes.
Post‐flashover compartment fires: Basis of a theoretical model
AbstractA theoretical model of compartment fires in the post‐flashover stage is presented. The model incorporates the stirred reactor assumption and window flow approximation of Kawagoe, but treats fuel burning rates and burning regimes in a theoretical manner. The resulting formulation preserves the important features of the fire behavior but is simple enough to permit use for building fire safety design purposes.
Post‐flashover compartment fires: Basis of a theoretical model
Fire and Materials
Babrauskas, Vytenis (author) / Williamson, Robert Brady (author)
Fire and Materials ; 2 ; 39-53
1978-04-01
Article (Journal)
Electronic Resource
English
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