Generalized thermohydraulics module GENFLO for combining with the PWR core melting model, BWR recriticality neutronics model and fuel performance model

Keyphrases

• Thermal-hydraulics 100%
• Performance Model 100%
• Model Performance 100%
• PWR Core 100%
• Fuel Performance 100%
• Core Melt 100%
• Recriticality 100%
• Neutronics Modeling 100%
• Melting Model 100%
• Subchannel 50%
• Fuel Rod 50%
• Thermal-hydraulic Model 50%
• FRAPTRAN 50%
• Two Dimensional 25%
• APROS 25%
• System Code 25%
• Reflooding Experiment 25%
• Field Equations 25%
• Accident Condition 25%
• Heat Transfer 25%
• Neutronics Codes 25%
• Core Neutronics 25%
• Control Rod 25%
• Thermal-hydraulic Simulation 25%
• Special Applications 25%
• Transient Behavior 25%
• Phase Separation 25%
• Large Break LOCA 25%
• Loss of Coolant Accident 25%
• Gas Fraction 25%
• Non-condensable Gas 25%
• Reflood 25%
• Operator Training 25%
• Fuel Pellets 25%
• Simulation Capability 25%
• Code Development 25%
• Gasses 25%
• Mixture Velocity 25%
• Void Fraction 25%
• Severe Accident Scenario 25%
• Lower Plenum 25%
• Drift-flux Model 25%
• Transient Losses 25%
• Corium Pool 25%
• Neutron Dynamics 25%
• Generalized Solution 25%
• Energy Conservation Equation 25%
• Anticipated Transient without Scram 25%
• Depressurization 25%
• Fuel Performance Analysis 25%
• Combined Code 25%
• Transient Boundary Conditions 25%
• Time Operator 25%
• Pool Formation 25%
• Operational Transient 25%
• Severe Accident Condition 25%
• Cladding Surface 25%
• Engineering Simulator 25%
• Non-condensable Gasses 25%

INIS

• simulation 100%
• performance 100%
• fuels 100%
• pwr type reactors 100%
• bwr type reactors 100%
• melting 100%
• thermohydraulics 100%
• applications 75%
• thermal hydraulics 75%
• solutions 50%
• mixtures 50%
• accidents 50%
• validation 50%
• severe accidents 50%
• fuel rods 50%
• enthalpy 50%
• surfaces 25%
• engineering 25%
• dynamics 25%
• concentration 25%
• pools 25%
• transients 25%
• equations 25%
• metals 25%
• oxidation 25%
• peaks 25%
• liquids 25%
• gases 25%
• velocity 25%
• boundary conditions 25%
• vessels 25%
• simulators 25%
• loca 25%
• field equations 25%
• heat transfer 25%
• corium 25%
• cladding 25%
• control rods 25%
• neutrons 25%
• fuel pellets 25%
• energy conservation 25%
• loss of coolant 25%
• non-condensable gases 25%
• eccs 25%
• void fraction 25%
• depressurization 25%
• anticipated transients without scram 25%

Engineering

• Neutronics 100%
• Melting Point 100%
• Severe Accident 66%
• Fuel Rod 66%
• Hydraulics Model 66%
• Thermal Hydraulics 66%
• Loss of Coolant Accidents 66%
• Subchannel 66%
• Performance Analysis 33%
• Control Rod 33%
• Two Dimensional 33%
• Field Equation 33%
• Metal Oxidation 33%
• Depressurization 33%
• Fuel Pellet 33%
• Generalized Solution 33%
• Thermal/Hydraulic Simulation 33%
• Engineering 33%
• Gas Velocity 33%
• Phase Separation 33%
• Non-Condensable Gas 33%
• Conservation Equation 33%
• Porosity 33%
• Boundary Condition 33%