COMPUTING OBJECTS
We are a software company specialized in high-performance C++ components for mesh generation and the finite elements method (FEM).
Use CM2 MeshTools® and CM2 FEM® to get rapidly top quality meshes and ultra fast computations.
CM2 MeshTools® + CM2 FEM® = a very efficient global solution for the CAE chain.
Modern
CM2 MeshTools® Suite and CM2 FEM® Engines are written in standard C++ language and are compiled and validated on common platforms/compilers (Win, Linux, Mac, Visual Studio, GCC, Clang, Intel C++ Composer).
Royalty-free
The software license allows you to integrate CM2 MeshTools® Suite and CM2 FEM® Engines in any number of your applications and redistribute copies linked to the the CM2 libraries without any royalty.
Powerful
CM2 MeshTools® Suite and CM2 FEM® Engines are recognized as the most powerful and easy-to-use libraries on the market today.
They have been regularly enhanced and improved since their first release to market in 1999.
Easy chainable
Example: CM2 Intersect® T3 can be called to fix intersection issues, followed by CM2 SurfRemesh® T3 to remesh the surface and finally CM2 TetraMesh® to fill the volume with tetrahedrons.
Easy Integration
The CM2 libraries are designed for simple integration into your applications (structural mechanics, bio mechanics, electro-magnetism, fluid analysis, 3-D imaging…)
Benefit right away from years of research & development.
Source Code
Available alongside binary licenses, full Source Code licenses can be purchased.
Upgrades from binary license to source-code license are possible at anytime.
The CM2 MeshTools® Suite is a complete set of professional high-quality C++ components for 1D, 2D and 3D mesh generation, including isotropic, anisotropic and NURBS surfaces mesh generators.
The Plane Meshers
The Surface Meshers
The Solid Meshers
The CM2 FEM® Engines
The CM2 FEM® Engines are state-of-the-art C++ FEM engines for structural mechanical analysis: linear and non-linear static analysis (large displacements & large strains), Euler and full non-linear buckling analysis, transient dynamics, modal analysis, seismic analysis.
Our Engines
Applications Fields
Structural
Mechanics
Fluid
Dynamics
Electro
Magnetism
Plastic
Modeling
Bio
Mechanics
Geo
technics
Civil
Engineering
3D
Imaging
CAD CAE
integration
CM2 MeshTools® Suite version 5.0 and CM2 FEM® Engines version 5.0
Main focus were on:
- OpenMP parallelization in CM2 SurfMesh® T3/Q4 and CM2 SurfRemesh® T3/Q4.
- Major speed-ups on large and complex meshes across the entire CM2 MeshTools® Suite.
- New features with import/export of global matrices and new thermal transient dynamics in both CM2 FEM® Engines.
For detailed information please refer to the CM2 MeshTools® Suite release notes and the CM2 FEM® Engines release notes.
Following several customer requests, we have unified the version numbers between the two libraries.
Please login to your account and go to your download page. Check the Version History (at the bottom of the download page) to get access to these previews.
Kind regards,
Damien LUCAS
CEO | lead developer
What our clients are saying…
Over the years we have developed strong relationship with our clients. Since the first release of CM2 MeshTools® and CM2 FEM® in 1999, our goal has been to offer the best FEM meshers and engines to our clients. We have listened to their requests, proposed some of our own and built the best C++ FEM libraries available. We are proud of it.
Very fast, very reliable, very accurate. We are more than satisfied with the meshes created by Computing Objects.
Your meshing tools have given us a huge productivity boost. One of our engineers just created a mesh with 45 million elements and 100 subdomains and is very happy with result. I wasn’t expecting anyone to create meshes this large, but CM2 tools is up to the challenge.
Nous utilisons maintenant CM2 MeshTools aussi pour l’immersion de maillage multi-domaines appliquée à l’induction électromagnétique. L’efficacité et la puissance de la librairie nous procure un nouvel avantage concurrentiel.
Computing Objects SARL - 25 rue du Maréchal Foch, 78000 Versailles, France.
Limited Liability Company with a capital of 100 000 €.
Registered at Versailles RCS under SIRET number 422 791 038 00033 - EU VAT registration FR59422791038.