Poly Hexcore Mesh Jun 2026

As computing power increased, engineers needed a better solution. Enter the poly hexcore revolution. By switching to hex-dominant meshing, engineers discovered they could reduce cell counts by up to 50% or more compared to a pure polyhedral mesh, and even more drastically compared to a tetrahedral mesh, all without sacrificing geometric fidelity.

The "core" of the mesh is filled with high-quality octree hexahedral (box-shaped) elements. These cells are ideal for resolving turbulent structures in the free stream because they are less diffusive than tetrahedral or polyhedral cells. poly hexcore mesh

to conformally connect high-quality hex elements in the bulk region to poly-prism layers near the walls. Ease of Use: Within the Ansys Watertight Workflow As computing power increased, engineers needed a better

| Feature | Description | |---------|-------------| | | Uniform, repeating hex cells for isotropic load distribution | | Open/closed cell options | Open for airflow & drainage; closed for buoyancy & insulation | | High porosity | Up to 85–90% open area, reducing material use | | Thermoplastic base | Polypropylene (PP), Polycarbonate (PC), or Polyamide (PA) | | Customizable cell size | 3 mm to 25 mm cell diameter | | Thickness range | 1 mm to 50+ mm core height | | Flexural modulus | 800–2500 MPa (depending on polymer & density) | The "core" of the mesh is filled with

Optimized for gas turbine combustor meshing to balance speed and resolution.