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A simple calculation scheme for the luminous-flame emissivity
A simple expression for the total emissivity of a luminous flame has been established on the basis of a flame-radiation model that consists of gray soot and non-gray gases. The gray-sootExpand
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Analysis of combined conductive-radiative heat transfer in a two-dimensional rectangular enclosure with a gray medium
Combined conductive-radiative heat transfer in a two-dimensional enclosure is considered. The numerical procedure is based on a combination of two previous techniques that have been demonstrated toExpand
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Premixing-related behavior of steam explosions
Abstract Three recently published premixing experiments, the Magico, mixa , and Faro , are discussed comparatively, and two of them, the Magico and Faro , are analyzed with the help of the computerExpand
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The mixing of particle clouds plunging into water
This work addresses certain fundamental aspects of the premixing phase of steam explosions. At issue are the multifield interaction aspects under highly transient, multidimensional conditions and inExpand
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Numerical computation of an important integral function in two-dimensional radiative transfer
Abstract Analytical properties, series expansions and asymptotic expansions are generated for S n ( x ) which are important integral functions in the analysis of two-dimensional radiative transfer.Expand
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Modeling of the transient ignition of a nonmetal/oxygen system by heterogeneous reaction - Effects of oxygen pressure
The transient ignition of nonmetallic materials in a pure oxygen environment is considered. Assuming that ignition is caused by an exothermic heterogeneous reaction occurring at the gas/solidExpand
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A Monte Carlo Approach for the Layout Design of Thermal Fire Detection System
A Monte Carlo approach is developed for the layout design of thermal fire detection system. In contrast to the traditional deterministic approach, the present approach yields not only a specificExpand
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COMBINED CONDUCTIVE/RADIATIVE HEAT TRANSFER IN HIGH POROSITY FIBROUS INSULATION MATERIALS: THEORY AND EXPERIMENT
A first-principle approach is used to analyze combined conductive/radiative heat transfer in a high porosity silica insulation materials (LI900) currently used by the Space Shuttle. Using theExpand
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