Combustion Science and Technology · 1984 · 73 citations · 31 references
EngineeringBuilding ScienceMechanical EngineeringCombustionCompartmental ModelingHeat TransferCompartment Fire BehaviorFire DynamicsFire ModelingFire SimulationFlame PropagationHeat Transfer In FiresCompartment Fire BehaviourCompartment Fire Heat TransferFire Compartment ModellingFire GrowthFire Growth ModellingFiresHeat Transfer MechanismsRadiative Transfer Modeling
Abstract A review was made of research related to fire growth in compartments. Mention is made of the zone and field model approaches that have been used to describe many aspects of compart- ment developing fires. Primarily the review is organized by phenomena associated with com- partment fires. These include fluid mechanic, heat transfer and combustion processes. Each phenomenon is discussed and work is presented to illustrate predictive techniques. Limitations and deficiencies in our understanding are discussed. A previously unavailable analysis of radiative transfer in an enclosure for a two-layer participating gas is also presented.
31
<i>Buoyancy Effects in Fluids</i>
J. Scott Turner, Edward R. Benton · Physics Today · 1974 · 2.7K citations
Eleventh symposium (International) on combustion
A. A. Westenberg · Combustion and Flame · 1967 · 879 citations
E. E. Zukoski, TOSHI KUBOTA, Baki M. Cetegen · Fire Safety Journal · 1981 · 579 citations
Thermal radiation from pool fires
Ashok T. Modak · Combustion and Flame · 1977 · 206 citations
Engineering, Environmental Sciences, Fire Protection Engineering +13