Fusion ENergy Integrated multiphysi-X (FENIX)
FENIX delivers high-fidelity, 3D fusion system modeling through an open-source, NQA-1 compliant framework, enabling comprehensive multiphysics and multiscale calculations.
FENIX is an advanced, open-source software that provides an integrated framework for high-fidelity, 3D modeling of fusion energy systems. It stands out with its Nuclear Quality Assurance Level 1 (NQA-1) compliance, ensuring high standards of quality and reliability.
The development of fusion energy systems demands precise modeling and simulation tools capable of handling complex multiphysics and multiscale phenomena. Traditional tools often fall short in integrating the diverse physical processes and scales required for accurate fusion system analysis. FENIX addresses this challenge by offering a comprehensive solution that bridges the gap between system-level engineering and microstructure-scale calculations.
FENIX is built on the MOOSE (Multiphysics Object Oriented Simulation Environment) framework, enabling it to perform robust multiphysics calculations. It supports simulations at both the engineering scale (centimeters to meters) and the microstructure scale (microns). FENIX interfaces seamlessly with other MOOSE-based codes, such as TMAP8 for tritium transport and Cardinal for neutronics, enhancing its simulation capabilities and providing a holistic view of fusion energy systems.
Advantages:
- High-Fidelity Modeling: Delivers accurate 0D to 3D simulations for detailed fusion system analysis.
- NQA-1 Compliant: Ensures adherence to high quality and reliability standards.
- Multiphysics and Multiscale Capabilities: Integrates various physical processes across different scales for comprehensive simulations.
- Interoperability: Works seamlessly with other MOOSE-based codes for extended functionality.
- Open-Source: Freely available, fostering collaboration and continuous improvement from the community.
Applications:
- Fusion Energy System Design: Facilitates the design and optimization of fusion systems.
- System-level and Engineering Scale Simulations: Supports multi-scale simulations.
- Tritium Transport Modeling: Integrates with TMAP8 to simulate tritium behavior in fusion systems.
- Neutronics Simulations: Coupled with Cardinal to perform detailed neutron transport.