Create Tet Mesh

Use the Tet: Create tool to create tetra mesh from closed volumes of shell elements, or from solid or closed surface geometry.

  1. From the 3D ribbon, click the Tet > Create tool.

    Figure 1.
  2. Optional: On the guide bar, click to define tetra mesh options.
  3. Select components, solids, or surfaces.
    Use the drop-down menu on the guide bar selector to set the entity type.
  4. Optional: Activate the Anchors selector on the guide bar and select anchor nodes.
  5. Click Mesh.

Figure 2.

Advanced Options

The following options are available in the guide bar options menu ().

Fill voids
Mesh all volumes, if your geometry includes volumes inside of another volume. For example if you had a sphere inside of a larger sphere, checking this option would cause the volume of the inner sphere as well as the volume between the two spheres to be meshed.
Fix mid-nodes for second order mesh
In case of 2nd order tetras, this option fixes the mid edge node of surface mesh while volume meshing.
Use the standard tetra meshing algorithm if possible.
Optimize Speed
Use an algorithm for faster meshing. Use this option if element quality considerations are less important than mesh generation time.
Optimize Quality
Direct the tetra mesher to spend more time optimizing element quality. It employs the volumetric ratio, or CFD skew measurement for tetras as a quality measure. Use this option if your solver is sensitive to element quality.
Meshing method
Select a method for defining the growth rate of elements beyond the initial uniform layers (boundary layers). These growth options control the tradeoff between the number of elements generated and the element quality.
Advancing front
Recommended for most cases.
Implemented based on the delaunay approach. This method is recommended for improved performance.
A very fast tetra mesher that provides a nice BL transition.
Mesh destination
The component in which the tetra mesh is organized.
Restrict minimum size
Will not enforce any size.
Will enforce minimum tetra edge length.
Will enforce minimum tetra height (shortest distance from tetnode to opposing tetra face.)