Fire and Materials · 1980 · 22 citations · 3 references
EngineeringBuilding ScienceCivil EngineeringBuilding MaterialsFire ManagementHeat TransferCompartment Fire BehaviorFire HazardsFire ModelingFire SafetyFire Safety EngineeringHeat Transfer In FiresFire Load CharacterizationFire SeverityFire Severity AssessmentFiresHeat Load AssessmentHeat Load CalculationHeat Load EstimationSurface Area
Abstract Because language conveys the idea of fire severity by a single expression, it has always seemed desirable to find a single variable for its quantification. The earlier suggestion by the author that the total heat absorption per unit surface area of the compartment boundaries during the period of full fire development, to be referred to as overall heat load, be used as a measure of destructive potential of fires, has been critically examined. It has been found that for many reinforced and prestressed concrete building elements, the overall heat load is indeed an approximate descriptor of the severity of compartment fires, irrespective of their temperature histories.
3
C. J. Tranter · Journal of the Mechanics and Physics of Solids · 1959 · 18.5K citations
A new look at compartment fires, part I
T. Z. Harmathy · Fire Technology · 1972 · 158 citations
Engineering, Emergency Preparedness, Emergency Management +12