Purdue University used Coreform Cubit’s local tetrahedral mesh sizing to resolve electric fields near a superconducting qubit edge and test its open-source solver’s treatment of the near-edge field.

MIT’s Plasma Science and Fusion Center used Coreform Cubit to create all-hexahedral boundary layer meshes for OpenFOAM flow simulations and FESTIM tritium transport modeling, supporting research into fusion fuel extraction systems.

Central Michigan University used a scripted Coreform Cubit-to-SPECFEM3D workflow to create and mesh more than 17,000 steel-pipeline defect configurations for ultrasonic simulation and CNN-based defect localization.

By preserving exact CAD geometries, eliminating overlaps, and automating exports to DAGMC and Exodus, Coreform Cubit supplied the reliable, reproducible meshing foundation the fusion neutronics research required. The result is a robust, scriptable pipeline from CAD to transport and decay photon source sampling, supporting confident dose rate predictions for complex tokamak systems.