OpenMC neutronics simulations of CAD-based geometry using DAGMC and Coreform Cubit

In this webinar, Dr. Patrick Shriwise demonstrated how to set up and run OpenMC simulations based on CAD using the Direct Accelerated Geometry Monte Carlo (DAGMC) functionality available in Coreform Cubit 2023.11. Dr. Shriwise showed example geometries from both nuclear fission and fusion. Full answers to the Q&A are available here: forum.coreform....
Step by step workflows of how to prepare the pin cell and tokamak models in Coreform Cubit that were demonstrated in the webinar are here: forum.coreform...
Previously available as a plugin to Coreform Cubit, DAGMC functionality is now natively available in Coreform Cubit, with improved meshing and export capabilities. DAGMC can be used to set up CAD-based neutronics simulations in OpenMC, MCNP, and other Monte Carlo solvers.
Dr. Shriwise is a computational scientist at Argonne National Laboratory. He develops and performs research with OpenMC, an open-source continuous energy Monte Carlo particle transport code and DAGMC, an open-source toolkit for performing particle transport on CAD-based tessellation geometry.
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