The integration of thermal-hydraulics (CFD) and finite element (FEM) computer codes in liquid and solid mechanics (MULTIPHYSICS): MULTIPHYSICS summary report

Keyphrases

• Thermal-hydraulics 100%
• Reactor Pressure Vessel 100%
• Computational Fluid Dynamics 100%
• Finite Element 100%
• Computer Code 100%
• Directional Coupling 100%
• Solid Mechanics 100%
• Pressure Boundary Condition 100%
• Dynamic Element 100%
• APROS 50%
• System Code 50%
• Three-dimensional (3D) 50%
• Prediction Accuracy 50%
• Computational Fluid Dynamics Simulation 50%
• Coolant 50%
• Mass Flow 50%
• Water Temperature 50%
• Turbulent Fluidization 50%
• Interaction Phenomena 50%
• Pipe Breaks 50%
• ABAQUS 50%
• MpCCI 50%
• Two-way Fluid-structure Interaction 50%
• SBLOCA 50%
• Wall Pressure 50%
• Wall Strain 50%
• Fully Coupled Simulation 50%
• Wall Displacement 50%
• STAR-CD 50%
• Guillotine 50%
• Two-phase Simulation 50%
• Computational Fluid Dynamics Software 50%
• Pressure Mapping 50%
• Pressure Wave 50%

INIS

• simulation 100%
• computer codes 100%
• liquids 100%
• finite element method 100%
• solids 100%
• thermal hydraulics 100%
• computational fluid dynamics 100%
• mechanics 100%
• coupling 40%
• reactors 40%
• boundary conditions 40%
• pipes 40%
• pressure vessels 40%
• comparative evaluations 20%
• water 20%
• deformation 20%
• strains 20%
• experimental data 20%
• sensitivity 20%
• mapping 20%
• modeling 20%
• walls 20%
• prediction 20%
• fluid flow 20%
• coolants 20%
• large break loss-of-coolant accident 20%
• stars 20%
• fluid-structure interactions 20%

Engineering

• Thermal Hydraulics 100%
• Computational Fluid Dynamics 100%
• Solid Mechanics 100%
• Finite Element Analysis 100%
• Simulation Result 66%
• Reactor Pressure Vessel 66%
• Boundary Condition 66%
• Abaqus 33%
• Loss of Coolant Accidents 33%
• Accurate Prediction 33%
• Wall-Pressure 33%
• Phase Simulation 33%
• Fluid Flow 33%
• Fluid-Structure Interaction 33%
• Elastic Wave 33%