Procedia - Social and Behavioral Sciences · 2010 · 66 citations · 0 references
EngineeringNuclear EngineeringPhysicsNuclear PhysicsScientific ComputingUncertainty QuantificationNuclear ModelsReactor Core DesignReactor InstrumentationSensitivity AnalysisThermal-hydraulic Safety AnalysisUncertainty AnalysisSpent Nuclear FuelThermal Conductivity Of Nuclear FuelThermal Hydraulic AnalysisThermal-hydraulic Code ValidationThermal-hydraulic CodesThermal-hydraulicsUncertainty Quantification In Neutronics
Mathematical models, designated to simulate complex physical processes, are often used in scientific and engineering studies. In nuclear applications, these models, integrated in computation codes, are very complex and very high consuming CPU time. We present the “Uncertainty and Sensitivity” platform Uranie developed by the CEA to perform Uncertainty Quantification, Verification and Validation codes, and Sensitivity Analysis. Uranie was used in several nuclear studies like performance assessment with ANDRA, with neutronics and thermal-hydraulics codes, nuclear fuel thermal behaviour.