by Coreform | Jul 6, 2024 | Applications, Geotechnics, Case Studies
The synergy between Coreform Cubit’s advanced meshing capabilities and Salvus’s powerful wave physics simulation offers a promising pathway for revolutionizing non-destructive testing and structural health monitoring practices, particularly in analyzing...
by Coreform | Jul 6, 2024 | Case Studies, Medical
Coreform Cubit provide[s] an intuitive platform for meshing the geometry for the model, especially for complex human ventricular models with fine geometric details. TU DresdenInstitute for Structural Analysis, Background At Dresden University of Technology’s Institute...
by Coreform | Jul 6, 2024 | Applications, Case Studies, Research
We found a perfect compromise among mesh quality, control, and ease of use with Coreform Cubit. Dr.-Ing. Paul NizenkovManaging director and Co-founderBoltzplatz Background boltzplatz is an engineering service provider and a spin-off from the University of Stuttgart,...
by Coreform | Jul 6, 2024 | Case Studies, Medical
Coreform Cubit provided an intuitive platform for meshing the geometry for the model, especially in the more complex biological tissues containing fine anatomical details. Nicholas GloverGraduate StudentUB Background Nicholas Glover is a Ph.D. student in the Systems...
by Coreform | Jul 6, 2024 | Geotechnics, Case Studies
Creating computational analogues of rock samples containing millions of magnetic particles requires a meshing tool capable of generating high quality meshes in irregular structures. The reliability and speed of Coreform Cubit, combined with its extensive scripting...
by Coreform | Jul 6, 2024 | Applications, Nuclear & Energy, Case Studies
We estimate that on average, we save five hours per project doing preprocessing in Coreform Cubit compared to our previous meshing software, ICEM. Adhiraj PathaniaBusiness Application LeadThermax Background Thermax Group is a multimillion-dollar sustainable energy...
by Coreform | Jul 6, 2024 | Geotechnics, Case Studies
Coreform Cubit’s journaling capabilities were critical to our success. They allowed our researchers to not only share their geometry and mesh with colleagues, but also to modify the geometry and mesh quickly and easily. Dr. Biao LiConcorida University Background In an...
by Coreform | Jul 6, 2024 | Geotechnics, Case Studies
Coreform Cubit is our long-time first choice to generate meshes for our most challenging simulation problems Dr. Mark SimonsCaltech and NASA Jet Propulsion Laboratory Background Dr. Mark Simons and his research group at Caltech conduct planetary-scale geodynamics...
by Coreform | Jul 6, 2024 | Case Studies, Research
Once you use Coreform Cubit for scripting automated mesh generation, you will never go back. Dr. Klaus RoppertTU Graz’s Institute Background Graz University of Technology (Technische Universität Graz, or TU Graz) is a leading public university located in Austria’s...
by Coreform | Jul 5, 2024 | Nuclear & Energy, Case Studies
The ability of Coreform Cubit to fully automate the hex meshing process by Python scripting has been vital for us to be able to perform the large volume of finite element analyses required to fully qualify the Ultra Compact Flanges as quickly as possible. We have...
