Mesh, Scalar, Integer, Scalar, 2.0.0
Mesh, Scalar, Integer, Scalar, 2.1.0
Mesh, Scalar, Scalar, Regions
About this Block
What it does: Creates a solid mesh from a surface mesh using a robust algorithm. It is tolerant of very low-quality inputs, converting them into FEA quality elements. This block can handle complex parts but is slower than the Volume Mesh block. Commons uses:- Converting complex surface meshes into solid meshes.
Example File
Download Example: Robust Tetrahedral Mesh
Mesh, Scalar, Integer, Scalar, 2.0.0
Mesh a solid domain with tetrahedral elements using algorithms that are tolerant to defects such as self-intersections. This function will remesh the boundary of the input domain to generate valid, high-quality elements. If the input domain is likely to be free of any defects, consider using the faster Volume Mesh block.Inputs
| Name | Type | Description |
|---|---|---|
| Domain | Mesh | The domain to mesh. |
| Edge length | Scalar | The target edge length of the generated elements. |
| Regularity factor | Integer | A number between 0 and 10 indicating the level of mesh optimization that will be done to improve the shape of the tets. a value of 0 indicates a minimum amount of optimization and a value of 10 indicates a high amount of optimization to achieve regular shaped tetrahedra. |
| Tolerance | Scalar | A tolerance that controls how closely the output mesh vertices must be to the input surface. if not provided, a default value is derived by multiplying the diagonal of the bounding box of the input geometry by 0.001. |
Outputs
| Type |
|---|
| Volume Mesh |
Mesh, Scalar, Integer, Scalar, 2.1.0
Mesh a solid domain with tetrahedral elements using algorithms that are tolerant to defects such as self-intersections. This function will remesh the boundary of the input domain to generate valid, high-quality elements. If the input domain is likely to be free of any defects, consider using the faster Volume Mesh block.Inputs
| Name | Type | Description |
|---|---|---|
| Domain | Mesh | The domain to mesh. |
| Edge length | Scalar | The target edge length of the generated elements. |
| Regularity factor | Integer | A number between 0 and 10 indicating the level of mesh optimization that will be done to improve the shape of the tets. a value of 0 indicates a minimum amount of optimization and a value of 10 indicates a high amount of optimization to achieve regular shaped tetrahedra. |
| Tolerance | Scalar | A tolerance that controls how closely the output mesh vertices must be to the input surface. if not provided, a default value is derived by multiplying the diagonal of the bounding box of the input geometry by 0.001. |
Outputs
| Type |
|---|
| Volume Mesh |
Mesh, Scalar, Scalar, Regions
Tetrahedralize a domain that may contain flaws in the input geometry.Inputs
| Name | Type | Description |
|---|---|---|
| Domain | Mesh | The domain to mesh. |
| Edge length | Scalar | The target edge length of the generated elements. |
| Tolerance | Scalar | A tolerance that controls how closely the output mesh vertices must be to the input surface. if not provided, a default value is derived by multiplying the diagonal of the bounding box of the input geometry by 0.001. |
| Regions | Mesh List | Regions whose boundaries will be included in the output mesh. |
Outputs
| Type |
|---|
| Volume Mesh |