Methods to characterize heat release rate data
References (22)
- et al.
- et al.
Fire Safety Journal
(1984) Fire Safety Journal
(1981)Combustion & Flame
(1978)- et al.
Fire Safety Journal
(1986) Fire Technology
(1972)Fire Technology
(1980)Fire & Materials
(1981)- et al.
Fire and Materials
(1978)
Fire & Materials
(1980)
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2021, Fire Safety JournalCitation Excerpt :For example, Fig. 2(b) shows the characterisation of experiment C7 in which the exponential growth method has an initial heat release rate value of 663 kW which is the highest value found across all of the experiments assessed. The exponential method has been found to be relevant for the examples given elsewhere in Mowrer and Williamson [4] as the initial heat release rate value obtained were less than 50 kW but it is not the case for the experiments used in this work. Thus, the exponential growth has been excluded from further assessment here.
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