PVST, a tool to assess the power to volume scaling distortions associated to code simulations
Rights accessOpen Access
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety analysis. In order to assess the safety of a particular power plant, in addition to the validation and veri cation of the code, the nodalization of the system needs to be quali ed. Since most existing experimental data come from tests performed on scaled-down facilities, any quali cation process must therefore address scale considerations. Along these lines, the Group of Thermal Hydraulic Studies at Technical University of Catalonia (GET) developed SCUP, a scaling-up methodology for qualifying full-scale nodalizations through a systematic procedure based on the extrapolation of post-test simulations of Integral Test Facilities (ITF) experiments. For that purpose, GET created the
CitationMartinez, V., Freixa, J., Reventós, F. PVST, a tool to assess the power to volume scaling distortions associated to code simulations. "Nuclear engineering and design", 1 Juny 2018, vol. 332, p. 173-185.