HIGH-QUALITY PAPERS (16 PAGE MAXIMUM) ARE SOLICITED IN THE FOLLOWING AREAS

1. FUNDAMENTAL THERMAL HYDRAULICS 6. LIQUID METAL THERMAL HYDRAULICS
1a Fundamental Thermal Hydraulics 6a Turbulent Heat Transport Modelling
1b Two-phase Flow and Heat Transfer 6b Fuel Assembly and Core Thermal Hydraulics
1c Boiling and Condensation 6c Pool Thermal Hydraulics
1d Interfacial Area Transport 6d Chemistry Control
1e Natural Circulation 6e Sloshing and gas entrainment
1f Reactor Core & Sub-channel Thermal Hydraulics 6f Solidification
1g Experimental Methods and Instrumentation 6g System Thermal Hydraulics
1h Turbulent Heat and Mass Transfer 6h Severe Accidents and Containment
2. COMPUTATIONAL THERMAL HYDRAULICS 7. ADVANCED REACTORS
2a Thermal Hydraulics System Code Analysis 7a Advanced Reactors General
2b Computational Fluid Dynamics 7b Small Modular Reactors
2c Computational Multi-Fluid Dynamics 7c High-Temperature Gas-Cooled Reactors
2d Multi-scale Analysis 7d Sals-Cooled High-Temperature Reactors
2e Multi-physics Analysis 7e Molten Salt Fueled Reactors
2f Multi-species Analysis 7f Supercritical Water Reactors
3. VERIFICATION, VALIDATION AND UNCERTAINTY QUANTIFICATION 8. SPECIAL TOPICS
3a Verification & Validation 8a Versatile Test Reactor
3b Experiments and Databases for Validation 8b Transformational Challenge Reactor
3c V&V for CFD 8c UQ Methods for CFD
3d V&V for Thermal Hydraulics Codes 8d DNS for Model Development
3e Best Practice Guidelines 8e Reduced Order Methods
4. WATER-COOLED REACTORS OPERATION AND SAFETY 8f CONUSAF/FONESYS
4a LWR Operation and safety 8g Sub-channel Code Analysis
4b HWR Operation and safety 8h Fluid Structure Interaction
4c Transient and Accident Analysis 8i Accident Tolerant Fuel
4d Scaling Issues 8j Machine Learning in Thermal Hydraulics
4e BEPU Analysis and Challenges in Licensing 8k GEMINI-collaboration
4f Instabilities and Nonlinear Dynamics 8l All-regime Two-Phase Flow Modelling
4g Next Generation LWRs 8m Post-Fukushima Daiichi Accident Forensic
5. SEVERE ACCIDENTS 8n Nuclear Thermal Hydraulics Program UK BEIS
5a Severe Accidents 8o High Performance Computin
5b Design Features for Severe Accident Mitigation 8p Advanced Instrumentation for TH Experiments
5c Natural Convection 8q Thermal Hydraulics for Fusion
5d Debris Bed cooling 8r Microreactor Thermal Hydraulics
5e Fuel-Coolant Interaction 8s IAEA CRP on Benchmark Analysis of FFTF Loss of Flow Without Scram Test
5f Hydgrogen Management 8t Reflood Thermal Hydraulics Benchmark: Experimental Effort and Code Validation
5g Fission Product Behavior 8u Reliability of Passive Systems
5h Containment Thermal Hydraulics 8v IPRESCA project