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.

The Carol Ellis Digital Earth Science and Engineering Lab (DESEL) at Queen’s University, Canada, relies on Coreform Cubit alongside open-source tools to facilitate the solution of a wide range of problems, from noise pollution to seismology and global geodynamics.

SonicEdge, developer of a radically compact loudspeaker, relies on Coreform Cubit for accurate, precise, and repeatable meshing.

Boltzplatz, developer of the open-source space simulation code PICLas, chooses Coreform Cubit for its combination of mesh quality, control, and ease-of-use for full hex meshes