Predicting the piloted ignition of wood in the cone calorimeter using an integral model—effect of species, grain orientation and heat flux
MJ Spearpoint, JG Quintiere - Fire safety journal, 2001 - Elsevier
This paper experimentally and theoretically examines the ignition of 50mm thick samples of
wood in the Cone Calorimeter. Four species of wood were exposed to a range of incident
heat fluxes up to 75kW/m2 with their grain oriented either parallel or perpendicular to the
incident heat flux. The time to ignition measurements obtained from the Cone Calorimeter
were used to derive characteristic properties of the materials. These properties were used as
input to a one-dimensional integral model that describes the transient pyrolysis of a semi …
wood in the Cone Calorimeter. Four species of wood were exposed to a range of incident
heat fluxes up to 75kW/m2 with their grain oriented either parallel or perpendicular to the
incident heat flux. The time to ignition measurements obtained from the Cone Calorimeter
were used to derive characteristic properties of the materials. These properties were used as
input to a one-dimensional integral model that describes the transient pyrolysis of a semi …
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