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A model is described for use in translating measured heat flux to predict second and third degree hand burn injury in fire exposures. The model adapts a burn translation algorithm for estimating burn injuries used in established instrumented fire test manikin technologies. It facilitates more accurate prediction of burns to human hands by accounting for the cylindrical geometry of the fingers, bone...
This paper describes a newly developed instrumented hand manikin fire test system called Pyrohands. This system is designed to measure the thermal protective performance of gloves in controlled flame exposures, including predicted second and third degree burns and the distribution of burns to the hands. This paper also describes a study that demonstrates the utility of the Pyrohands system for comparing...
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