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Use of a commercial heat transfer code to predict horizontally oriented spent fuel rod surface temperatures
A comparison between numerical calculations using commercial thermal analysis software packages and experimental data simulating a horizontally oriented spent fuel rod array was performed. Twelve cases were analyzed using air and helium for the fill gas, with three different heat dissipation levels. The numerically predicted temperatures are higher than the experimental , data for ali levels of heat dissipation with air as the fill gas. The temperature differences are 4°C and 23°C for the lowdoi:10.2172/10175662 fatcat:y2doqv4pevcrxe2uu6gff6wgai