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Numerical solution of radiative transfer within a cubic enclosure filled with nongray gases using the WSGGM Won-Hee Park
The Journal of Mechanical Science and Technology, vol. 22, no. 7, pp.1400-1407, 2008
Abstract : Using a weighted sum of gray gases model with gray gas regrouping technique (WSGGM-RG), problems of radiative
transfer within three-dimensional enclosures filled with non-homogeneous and non-isothermal combustion gas
mixtures were solved. The radiative transfer equation was solved based on discrete ordinate method (DOM) and raytracing
method (RTM) with WSGGM-RG. The results using WSGGM-RG were compared with those using the statistical
narrow band (SNB) model. The average radiative intensities and radiative heat fluxes using WSGGM-RG corresponded
relatively well to those using the SNB model as reference data. A very good computational efficiency was also
noted.
Keyword :
Radiation; WSGGM (Weighted sum of gray gases model); SNB (Statistical narrow band) model; DOM (Discrete Ordinate
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