CFD analysis of spent fuel dry cask storage system for High burnup nuclear fuel

Keyphrases

• Nuclear Fuel 100%
• Canister 100%
• Computational Fluid Dynamics Analysis 100%
• Spent Fuel 100%
• Dry Cask Storage System 100%
• High Burnup 100%
• Heat Dissipation Performance 66%
• Maximum Temperature 66%
• Thermal Fluid 66%
• Fuel Assembly 66%
• Ideal Gas Model 66%
• Sensitivity Analysis 33%
• High Temperature 33%
• Temperature Distribution 33%
• 2D Model 33%
• Reactor 33%
• Thermal Conditions 33%
• Thermal Power 33%
• 3D Model 33%
• Natural Convection 33%
• Engineering Technology 33%
• Nuclear Safety 33%
• Cylindrical Structure 33%
• Computational Fluid Dynamics 33%
• Storage Container 33%
• Outer Diameter 33%
• Internal Temperature 33%
• Flow Field Characteristics 33%
• Internal Flow 33%
• Nuclear Waste 33%
• Decay Heat 33%
• Spent nuclear Fuel 33%
• Computational Fluid Dynamics Simulation 33%
• Actual Situation 33%
• Heat Ratio 33%
• Abnormal Results 33%
• Westinghouse 33%
• Three-dimensional Computational Fluid Dynamics 33%
• Fluid Phenomena 33%
• Dry Cask Storage 33%
• Dry Storage Cask 33%
• Boussinesq Approximation 33%
• Stochastic Optical Reconstruction Microscopy (STORM) 33%
• Pressurized Water Reactor Fuel Assembly 33%
• Shear Stress Transport Turbulence Model 33%
• Air Outlet Temperature 33%
• Porous Medium Assumption 33%
• Welded Stainless Steel 33%
• Fuel Components 33%
• Distribution Fields 33%

Engineering

• Computational Fluid Dynamics 100%
• Storage System 100%
• Fuel Assembly 100%
• Spent Fuels 100%
• Burnup 100%
• Nuclear Fuel 100%
• Heat Losses 66%
• Maximum Temperature 66%
• Gas Model 66%
• Ideal Gas 66%
• Stainless Steel 33%
• Flowrates 33%
• Boussinesq's Hypothesis 33%
• Natural Convection 33%
• Nuclear Safety 33%
• Cylindrical Structure 33%
• Outer Diameter 33%
• Outlet Temperature 33%
• Internal Flow 33%
• Thermal Fluid 33%
• Sensitive Factor 33%
• Pressurized Water Reactor 33%
• Spent Nuclear Fuel 33%
• Flow Distribution 33%
• Temperature Distribution 33%
• Decay Heat 33%