A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Radiative Heat Transfer from Products of Combustion in Building Corridor Fires
The contribution of radiative heat transfer from hot combustion products to corridor floors is examined. Data from full-scale corridor fire experiments is used to calculate emissivity and absorptivity of the combustion products. An empirical model based on attenuation by absorption is used to specify the absorption coefficient due to particulates in the products.
Radiative Heat Transfer from Products of Combustion in Building Corridor Fires
The contribution of radiative heat transfer from hot combustion products to corridor floors is examined. Data from full-scale corridor fire experiments is used to calculate emissivity and absorptivity of the combustion products. An empirical model based on attenuation by absorption is used to specify the absorption coefficient due to particulates in the products.
Radiative Heat Transfer from Products of Combustion in Building Corridor Fires
K. Bromberg (author) / J. Quintiere (author)
1975
29 pages
Report
No indication
English
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