Meshing with 3D Precise Mesh is automatic and reliable, with controls to guarantee accurate and performant simulations for any CAE workflow.
A set of automatic meshing solutions offering the full flexibility for size, shape, quality and simulation-based controls allowing applications to generate meshes specific to solver needs
By leveraging features such as automatic CAD associativity and periodic meshing, 3D Precise Mesh enables the meshing step to be transparent to the users so they can focus on their design.
High-end meshing capabilities with associativity to the CAD model allow developers to focus on their innovation. 3D Precise Mesh's integration with market’s modelers, and especially a tight integration with CGM & 3D ACIS Modelers, helps further automate workflows and reduce development time.
Generate quality surface meshing with the prescribed size and curvature, with very little input, for CAD and tessellated models. Utilize the appropriate element type for your solver, including triangle or quadrangle and linear or quadratic.
Simulation-dedicated options such as patch-independency or self-intersection prevention, ensure high-quality surface meshing of CAD models.
High quality tetrahedral, hexahedral and hybrid meshes may be generated by combining surface and volume meshing with additional features such as proximity detection for local refinements.
Automatic, reliable, and fast meshing technology with extensive ability to control the size, shape, order, and quality. Developers can tune the tet-mesh parameters to meet solver expectations.
By controlling the growth of boundary layers, preventing collisions in thin areas, managing corners, and smoothing the transitions between regions, 3D Precise Mesh enables high quality and automatic boundary layer generation.
A hexahedral meshing algorithm can produce full hex and conformal meshes that are required by some CAE solvers. Benefiting from the advantages of each type of mesh including Hex, Tet, Pyramid and Prism, the volume meshing algorithms may be assembled to generate hybrid meshes.
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