The OpenPRA initiative aims to create an open, standardized intermediate representation for nuclear probabilistic risk assessment models. This collaborative effort between NC State University and industry partners is establishing a common language for nuclear risk analysis.
The OpenPRA Schema provides a comprehensive framework for nuclear risk assessment data modeling, with support for event sequence analysis, data consistency checks, and documentation traceability.
Our latest research includes a complete OpenPRA-compliant model of the EBR-II (Experimental Breeder Reactor II) Primary Sodium System, with detailed component documentation and calculation references.
The library includes a complete example of the MHTGR (Modular High-Temperature Gas-Cooled Reactor) PRA model provided by Idaho National Laboratory (INL). This serves as a reference implementation and learning resource.Visit this site to get the zip files to use with Nuclearcore.
Support for other reactor types such as EBR-II and PWR coming soon.
NuclearcoreAI is built on cutting-edge research in nuclear safety, probabilistic risk assessment, and artificial intelligence. We collaborate with leading academic institutions and national laboratories to advance the state of the art.
Our research explores the application of artificial intelligence and machine learning techniques to enhance nuclear safety analysis. Key areas include:
We actively seek research partnerships with academic institutions, national laboratories, and industry stakeholders. Our collaborative approach ensures that our technology addresses real-world challenges in nuclear safety and licensing.
