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Abstract
As part of efforts to address fire problems in the wildland-urban interface, the cone calorimeter is being used to measure the relative flammability of different plant species. In the first two studies, we tested plants used to landscape homes in California and an assortment of plants found in Colorado. Using the effective heat of combustion and the peak heat release rate, we found significant differences between some plants. Current efforts include a study of the relative flammability of native and invasive plants of the northeastern United States. We need to continue our evaluation of the benefits and limitations of using the cone calorimeter to measure the relative flammability of different plant species.
As part of efforts to address fire problems in the wildland-urban interface, the cone calorimeter is being used to measure the relative flammability of different plant species. In the first two studies, we tested plants used to landscape homes in California and an assortment of plants found in Colorado. Using the effective heat of combustion and the peak heat release rate, we found significant differences between some plants. Current efforts include a study of the relative flammability of native and invasive plants of the northeastern United States. We need to continue our evaluation of the benefits and limitations of using the cone calorimeter to measure the relative flammability of different plant species.
Date
7/2002
7/2002
Author(s)
Robert White; David Weise; Kurt Mackes; Alison Dibble
Robert White; David Weise; Kurt Mackes; Alison Dibble
Page(s)
Keyword(s)
cone calorimeter; flammability;
cone calorimeter; flammability;