An overview of Coreform Cubit’s features, format, strengths, and limitations.
Our most recent webinar reviewed all the top reasons that engineers choose to use Coreform Cubit for challenging simulations and third-party solvers. Coreform Cubit is a general-purpose meshing software used by thousands of engineers in government, industry, and academia. It is based on the Exodus file format for seamless use with many other government-developed simulation codes such as MOOSE, Truchas, Nalu, ParaView, and VisIt.
Coreform Cubit contains a Python interface that can be used from within Cubit or in an external Python environment. It also features best-in-class manual decomposition tools for hex meshing, as well as support for quad-tri, hex/wedge/pyramid/tet meshing for 0D, 1D, 2D, and 3D. Coreform Cubit also excels as a direct modeler, offering excellent precision. Between Coreform’s features and its powerful Python interface, it is an ideal choice for use with third-party solvers and for users who need hex mesh quality on difficult geometry.
Coreform Cubit is primarily a meshing tool, not a simulation input generator. As such it lacks robust card generation for boundary conditions, load conditions, contact setup, etc. It does not support local coordinate systems or polyhedral elements, and does not have a constrained 2d/3d sketcher interface.
For more details, including a Q&A with Greg Vernon, watch the webinar here.
About Coreform LLC
Coreform develops next-generation computer-aided engineering software. Among Coreform’s founders are authorities in isogeometric analysis and widely cited researchers in the computer science field. The Coreform IGA solver is based on smooth CAD spline geometry, offering greater accuracy than the faceted meshes used in legacy CAE software. Coreform is also the exclusive commercial distributor of the Cubit meshing software. Coreform was founded in 2014 and is headquartered in Utah, USA.
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