BLOG/
All Posts
Most Recent Articles
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...
Coreform Cubit’s high-quality hexahedral meshes used by engineering service provider for electron beam simulations
Boltzplatz, developer of the open-source space simulation code PICLas, chooses Coreform Cubit for its combination of mesh quality, control, and...
Coreform Cubit accelerates CFD simulations for leading provider of sustainable energy solutions
Thermax uses Coreform Cubit to prepare models for accurate computational fluid dynamics (CFD) simulations.
Carollo upgrades to Coreform Cubit for CFD meshing of water treatment facilities
Carollo selects Coreform Cubit for computational fluid dynamics (CFD) meshing to replace the venerable GAMBIT software.
Leading structural digital twin company Akselos relies on Coreform Cubit to efficiently mesh complex models
To mesh assemblies of thousands of components for highly accurate simulations, Akselos uses the scripting power of Coreform Cubit
Nuclear energy startup accelerates reactor design with Coreform Cubit
Radiant uses Coreform Cubit as a critical part of its process to design a safe, portable nuclear microreactor.
How UKAEA used Coreform Cubit to mesh a complex 4,000-part assembly
Bill Ellis, from UKAEA, breaks down the project involving the simulation of a large 4,000-part CAD assembly using Coreform Cubit...
Enhancing Simulation Workflow Efficiency with Coreform Cubit and MOOSE
How Paul Keutelian uses rapid design iteration and mesh refinement in his process with Coreform Cubit and MOOSE.
Implementing a Nuclear Multiphysics Workflow with Dr. April Novak
How Dr. April Novak and team use a multiphysics workflow using Coreform Cubit, OpenMC, MOOSE, and Cardinal.
Coreform Cubit accelerates CFD simulations for leading provider of sustainable energy solutions
Thermax uses Coreform Cubit to prepare models for accurate computational fluid dynamics (CFD) simulations.
Python scripting in Coreform Cubit improves manufacturer’s workflow
Manufacturer of highly complex mechanical components uses Coreform Cubit to prepare mission-critical parts for simulation
Leading structural digital twin company Akselos relies on Coreform Cubit to efficiently mesh complex models
To mesh assemblies of thousands of components for highly accurate simulations, Akselos uses the scripting power of Coreform Cubit
Webinar: Introduction to Python Scripting in Coreform Cubit
Coreform Cubit’s Python API brings powerful automation and customization to general-purpose meshing workflows, enabling engineers to script mesh generation for...
Coreform Cubit Powers Groundbreaking Geomechanics Study Featured on ABC News
A recent study published on one of Saturn’s many moons, called Enceladus, spotlighted by ABC News, has unveiled new insights...
Coreform at NAFEMS World Congress 2025: Pioneering Next-Generation Simulation
Coreform, a leader in next-generation simulation technologies, is excited to exhibit and present at the NAFEMS World Congress 2025, the...
Coreform Cubit training course May 15-16 2025
This two-day, in-person Coreform Cubit training course is designed to help engineers, analysts, and simulation professionals master high-quality finite element...
Coreform Cubit Powers Groundbreaking Geomechanics Study Featured on ABC News
A recent study published on one of Saturn’s many moons, called Enceladus, spotlighted by ABC News, has unveiled new insights...
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...
Leading rock researchers rely on Coreform Cubit to decipher ancient magnetic recordings
Cutting-edge rock magnetism studies require quality meshes that can be exported to an in-house solver. Coreform Cubit was selected for...
Geothermal reservoir simulation with Coreform Cubit
Dr. Biao Li of Concordia University used Coreform Cubit’s advanced hex meshing and powerful scripting to forecast the behavior of...
Exploring geodynamics on planetary satellites with Coreform Cubit
Coreform Cubit’s advanced meshing capabilities enable the California Institute of Technology to explore short-period crustal geodynamics on planetary satellites with...
Coreform Cubit’s high-quality hexahedral meshes used by engineering service provider for electron beam simulations
Boltzplatz, developer of the open-source space simulation code PICLas, chooses Coreform Cubit for its combination of mesh quality, control, and...
Engineering instructor teaches multiphysics simulation using Coreform Cubit
A postdoctoral instructor at Austria’s TU Graz tried all the most widely-used meshing software options for students. He chose Coreform...
Research group relies on Coreform Cubit to generate high-quality models for numerical simulations
Coreform Cubit is used at Helmut Schmidt University Hamburg to generate parametrizable meshes for numerical simulations of various problems
HPC Expert
Job posting: HPC expert -- -- Position summary. The High Performance Computing Expert will implement parallel methods for finite element...
FEA/IGA researcher
-- Position summary. Have you become an expert in some area of isogeometric analysis through your research? Or are you...
Computer Graphics and Computational Geometry
-- Software Engineer Position summary. Coreform LLC is seeking experts in computer graphics, computational geometry, mesh generation, and related fields...
Carollo upgrades to Coreform Cubit for CFD meshing of water treatment facilities
Carollo selects Coreform Cubit for computational fluid dynamics (CFD) meshing to replace the venerable GAMBIT software.
Coreform Cubit enables patient-specific cardiac models to combat heart disease
Cutting-edge research on heart biomechanics requires high-caliber meshes of complex cardiac geometries. Coreform Cubit was chosen for the job because...
Simulating the kidney filtration barrier with Coreform Cubit
University of Buffalo research group uses Coreform Cubit to mesh microscale kidney anatomy for modeling filtration through the tissue.
See why coreform is trusted by government and industry leaders around the world
From nuclear energy to automotive development, Coreform’s next-gen simulation tech
is changing the game for world class design and production teams.
