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Uncontrolled fires -- Specific burning rates and induced air velocities
Convective heat transfer in fuel bed affects burning rate more strongly than radiative heat transfer in experimental fires studied to identify fire storm parameters; with totally ignited fuel bed, increasing horizontal cross-sectional area does not increase maximum specific burning rate or air velocity inducted into fire; most of combustion occurs in fuel bed, and little combustion occurs in fire column.
Uncontrolled fires -- Specific burning rates and induced air velocities
Convective heat transfer in fuel bed affects burning rate more strongly than radiative heat transfer in experimental fires studied to identify fire storm parameters; with totally ignited fuel bed, increasing horizontal cross-sectional area does not increase maximum specific burning rate or air velocity inducted into fire; most of combustion occurs in fuel bed, and little combustion occurs in fire column.
Uncontrolled fires -- Specific burning rates and induced air velocities
Fire Technology
Grumer, J. (author) / Strasser, A. (author)
Fire Technology ; 1
1965
17 pages
Article (Journal)
English
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