Discussion of the finite-volume method for radiation, and its application using 3D unstructured meshes
GD Raithby - Numerical Heat Transfer: Part B: Fundamentals, 1999 - Taylor & Francis
Numerical Heat Transfer: Part B: Fundamentals, 1999•Taylor & Francis
The use of the finite-volume method for predicting radiation heat transfer in a participating
medium has gained some popularity because it fits well with modern finite-volume methods
of computation fluid dynamics. This article consists of three parts: the rationale underlying
the finite-volume method is discussed, a comparison of the finite-volume and discrete
ordinates methods is presented, and results obtained by application of the method to several
problems (two of which might serve as benchmark problems) are reported.
medium has gained some popularity because it fits well with modern finite-volume methods
of computation fluid dynamics. This article consists of three parts: the rationale underlying
the finite-volume method is discussed, a comparison of the finite-volume and discrete
ordinates methods is presented, and results obtained by application of the method to several
problems (two of which might serve as benchmark problems) are reported.
The use of the finite-volume method for predicting radiation heat transfer in a participating medium has gained some popularity because it fits well with modern finite-volume methods of computation fluid dynamics. This article consists of three parts: the rationale underlying the finite-volume method is discussed, a comparison of the finite-volume and discrete ordinates methods is presented, and results obtained by application of the method to several problems (two of which might serve as benchmark problems) are reported.
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