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MIT Models Fusion Tritium Extraction with Coreform Cubit Hexahedral Boundary Layer Meshing

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.

Coreform Cubit Automates Hexahedral Meshing for AI-Based Pipeline Defect Detection

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.

Coreform IGA for Abaqus now available

Coreform IGA for Abaqus is now available. The add-in lets Abaqus users run analysis directly on CAD geometry inside Abaqus/CAE and submit to Abaqus/Standard without building a finite element mesh, removing the defeaturing and meshing work that consumes most of the time in a conventional analysis.

Hexahedral Meshing for Magnetron Sputtering Simulation with Coreform Cubit and PICLas

boltzplatz used Coreform Cubit to create simulation-ready hexahedral meshes for magnetron sputtering in under an hour, cutting mesh preparation time from the typical three to five hours.

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