NEAMS IRP challenge problem 1: Flexible modeling for heat transfer for low-to-high Prandtl number fluids for applications in advanced reactors

Keyphrases

• Heat Transfer 100%
• Advanced Reactors 100%
• Mixed Convection 100%
• Flexible Modeling 100%
• Turbulence Model 66%
• Engineering Model 66%
• Turbulence 66%
• Direct numerical Simulation 66%
• Heat Transfer Model 66%
• Prandtl 66%
• Reactor 33%
• Modeling Techniques 33%
• Physical Understanding 33%
• Molten Salt 33%
• Buoyancy 33%
• Convective Heat Transfer 33%
• Metal Salts 33%
• Reynolds Stress 33%
• Forced Convection 33%
• Cooling Water 33%
• Liquid Metal 33%
• Thermal-hydraulics 33%
• Non-unitary 33%
• Data-driven Methods 33%
• Error Propagation 33%
• Heat Transfer Characteristics 33%
• Turbulent Heat Flux 33%
• CFD Model 33%
• Satisfactory Performance 33%
• Data-driven Framework 33%
• Tensor Representation 33%
• Model Prediction Error 33%

Engineering

• Mixed Convection 100%
• Engineering Model 66%
• Heat Transfer Model 66%
• Direct Numerical Simulation 66%
• Reactor Design 33%
• Convective 33%
• Computational Fluid Dynamics 33%
• Prediction Error 33%
• Reynolds Stress 33%
• Forced Convection 33%
• Heat Removal 33%
• Heat Flux 33%
• Liquid Metal 33%

Chemical Engineering

• Prandtl Number 100%
• Mixed Convection 100%
• Forced Convection 33%
• Heat Flux 33%