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Geotechnics

Coreform Cubit Turns Real‑World Topography into Simulation‑Ready Earthquake Rupture Models

See how University of Memphis researchers use Coreform Cubit to turn DEM topography into simulation-ready 3D volumes and hex meshes for dynamic rupture modeling.

Automating subduction‑zone modeling and meshing with Coreform Cubit

The Earthquake Cycle Deformation and Seismogenic Mechanisms Group at IGGCAS uses Coreform Cubit to automate modeling and meshing tasks.

Queen’s University research group relies on Coreform Cubit to bolster open-source earth science workflows

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.

Challenging guided-wave ultrasound simulation relies on Coreform Cubit’s high-precision meshing tools

Mondaic Ltd uses Coreform Cubit to create digital twins of laminated composite materials and for simulation of guided-wave ultrasound using its core product Salvus, a Spectral-Element Method (SEM) based wave physics solver.

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