Title: FENIX: An Open-Source Multiphysics Integrated Framework for Plasma Facing Component Modeling
Presenters:
Pierre-Clément A. Simon, Idaho National Laboratory
Casey T. Icenhour, Idaho National Laboratory
Overview: Join us for an insightful webinar on FENIX, an advanced open-source multiphysics tool designed to accelerate fusion energy deployment. FENIX, short for Fusion ENergy Integrated multiphys-X, is a powerful framework that enhances the modeling and simulation of plasma-facing components, crucial for fusion systems. Developed under the United States Department of Energy's NEAMS program, FENIX utilizes the robust MOOSE (Multiphysics Object-Oriented Simulation Environment) framework.
Key Highlights:
- Advanced Capabilities: FENIX integrates various MOOSE capabilities, including heat transfer, thermomechanics, thermal hydraulics, electromagnetics, and plasma kinetics.
- Specialized Applications: Coupling with MOOSE-based applications such as Cardinal (for neutronics) and TMAP8 (for tritium transport).
- Collaborative Development: Learn how FENIX's modularity, open-source nature, rigorous software quality assurance, and flexible licensing foster effective collaborations, including public-private partnerships.
Why Attend? Discover how FENIX can help you understand and model complex interactions in fusion systems, aiding in the design, safety analysis, and performance evaluation of advanced energy technologies.
Date & Time: June 26th at 2:00 PM ET
Don’t miss this opportunity to learn about cutting-edge tools that are shaping the future of sustainable fusion energy. Register today!