Thermal-Mechanic Modeling of Fusion Components Using The MOOSE Framework

Franklin, Trevor Cole; Icenhour, Casey T; Simon, Pierre-Clement A; Carsik, Lane

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DOE OSTI · 2503489

Thermal-Mechanic Modeling of Fusion Components Using The MOOSE Framework

Franklin, Trevor Cole·Icenhour, Casey T·Simon, Pierre-Clement A·Carsik, Lane

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Abstract

With fusion energy rapidly developing, there is a great need for an open source tool that can rapidly model different fusion tokamak designs. The open-source codes Multiphysics Object Oriented Simulation Environment (MOOSE), Tritium Migration Analysis Program Version 8 (TMAP8) , and Fusion ENergy Integrated Multiphysi-X (FENIX) are being used to demonstrate thermal-mechanic modeling of fusion components. In this study, an analysis is done on the fusion nuclear science facility (FNSF) blanket, and ITER toroidal magnet and diverter mono block. This study will lay the groundwork for fusion component analysis in the MOOSE framework and FENIX program.

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70 PLASMA PHYSICS AND FUSION TECHNOLOGY Fusion Fusion Components Modeling Simulation Tritium

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Franklin, Trevor Cole, Icenhour, Casey T, Simon, Pierre-Clement A, Carsik, Lane. 2024-08-08. Thermal-Mechanic Modeling of Fusion Components Using The MOOSE Framework. https://www.osti.gov/biblio/2503489

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