Training Course
Advanced Thermal-Hydraulics Safety Analysis
Advanced course covering SCDAPSIM severe accident analysis, 3D visualization with Adv3Dgui, and integrated uncertainty analysis (IUA).
About This Course
Course Overview
This advanced course covers severe accident analysis with SCDAPSIM, 3D visualization with Adv3Dgui, and integrated uncertainty analysis (IUA). Students will learn to model core damage progression, use advanced visualization tools, and perform statistical uncertainty quantification.
What You Will Learn
- Understand SCDAPSIM severe accident modeling capabilities
- Model fuel rod damage and core degradation
- Use Adv3Dgui for real-time 3D visualization
- Create custom geometry files for visualization
- Apply BEPU (Best Estimate Plus Uncertainty) methodology
- Define parameter distributions and correlations
- Run Monte Carlo simulations with Latin Hypercube Sampling
- Interpret 95/95 tolerance limits and sensitivity results
Prerequisites
Completion of "Intro to Thermal-Hydraulics Safety Analysis" or equivalent experience with ASYST/RELAP.
Who Should Take This Course
- Experienced nuclear safety analysts
- Engineers performing severe accident analyses
- Regulatory professionals evaluating safety cases
- Researchers in nuclear safety and uncertainty quantification
What's Included
This training package includes access to the following courses:
Advanced Thermal-Hydraulics Safety Analysis
This advanced course covers severe accident analysis with SCDAPSIM, 3D visualization with Adv3Dgui, and integrated uncertainty analysis (IUA). Students will learn to model core damage progression, use...
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This includes:
- 1 complete courses
- Lifetime access
- Downloadable resources
- Quizzes & assessments
- Certificate of completion