SUMMARY
This discussion focuses on thermal hydraulics, specifically the use of RELAP5 and TRACE codes for safety and licensing analysis. Participants highlight the increasing adoption of computational fluid dynamics tools such as FLUENT, STAR-CD, and CFX in the industry. Additionally, the conversation touches on the importance of turbulence and fluid-structure interaction (FSI) in current studies. Resources for further learning, including a RELAP5 User Workshop, are also shared.
PREREQUISITES
- Familiarity with thermal hydraulics concepts
- Experience using RELAP5 and TRACE codes
- Understanding of computational fluid dynamics (CFD) tools
- Knowledge of fluid-structure interaction (FSI) principles
NEXT STEPS
- Explore advanced features of RELAP5 for safety analysis
- Learn about TRACE code applications in thermal hydraulics
- Investigate the use of FLUENT for computational fluid dynamics simulations
- Study turbulence modeling techniques relevant to thermal hydraulics
USEFUL FOR
This discussion is beneficial for thermal hydraulics researchers, engineers involved in safety analysis, and professionals seeking to enhance their knowledge of computational fluid dynamics and related tools.