Prediction of radiative transfer in cylindrical enclosures with the finite volume method

EH Chui, GD Raithby, PMJ Hughes - Journal of Thermophysics and …, 1992 - arc.aiaa.org
EH Chui, GD Raithby, PMJ Hughes
Journal of Thermophysics and Heat transfer, 1992arc.aiaa.org
AXISYMMETRIC radiative transfer in cylindrical enclo-sures has been studied by a
substantial number of researchers, and almost every radiation model has been applied to
this type of problem [eg, Monte Carlo method (Perlmutter and Howell1), flux method (Lowes
et al. 2), zone method (Steward and Tennankora3), discrete ordinates method (Fiveland4),
Galerkin finite element method (Fernandes and Francis5), and spherical harmonic method
(Mengiig and Viskanta6)]. As an additional small sample of the extensive recent literature on …
AXISYMMETRIC radiative transfer in cylindrical enclo-sures has been studied by a substantial number of researchers, and almost every radiation model has been applied to this type of problem [eg, Monte Carlo method (Perlmutter and Howell1), flux method (Lowes et al. 2), zone method (Steward and Tennankora3), discrete ordinates method (Fiveland4), Galerkin finite element method (Fernandes and Francis5), and spherical harmonic method (Mengiig and Viskanta6)]. As an additional small sample of the extensive recent literature on this problem, the reader may consult Jamaluddin and Smith, 7 Yucel and Williams, 8 and Carvalho et al. 9 There is such widespread interest in axisymmetric radiation because it allows the performance of radiation models to be assessed on simple problems, and because radiation in boilers, furnaces, and combustors can sometimes be modeled as axisymmetric.
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