Enhancements in geometry access, meshing
Simmetrix is releasing Simulation Modeling Suite 6.0. This is said to provide a significant advance in simulation modelling technology with enhancements across the board to geometry access, meshing, and results management, along with the release of Simmetrix' innovative parallel mesh generation technology and direct geometry support for Solidworks and NX.
This release also introduces the Geomsim Advanced module for the definition of simulation-related model data independent of the geometry source (ie capping faces and bounding boxes). When combined with Simmetrix' capability to create inverse volume data, this provides a significant breakthrough for utilising mechanical assembly data for far-field physics simulations.
“Simulation Modeling Suite 6.0 is a breakthrough release offering the most comprehensive toolkits available for simulation modelling,” says Joe Walsh, VP of business development at Simmetrix. “The extended geometry support, and enhanced meshing and results management, along with the introduction of parallel mesh generation and definition of simulation-related data, provides our licensees with unprecedented capabilities for development of advanced simulation applications.”
Enhancements to the Geomsim Core include: extended to include attribute management; enhanced 'small' feature suppression to include query and selective suppression; enhanced creation of simulation model; and an additional ability to save and reload a non-manifold model and its associated native/assembly models.
Meshsim Core enhancements include: added ability to specify anisotropic target mesh sizes; added ability to specify anisotropic curvature refinement; enhanced definition/query/modification of mesh specifications; and extended to include export to various standard CAE formats.
The Parallel Meshsim Core is also released, with the following features: provides the ability for parallel meshing for very large problems in an MPI environment; integrated with Meshsim Core and Geomsim modules; and allows for parallel mesh generation independent of assembly hierarchy, including parallel mesh generation of a single volume (ie flow volume, or bounding volume for electro-magnetics).
For more information, visit www.simmetrix.com
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