Pointwise
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Pointwise is a commercial mesh generation software product from Pointwise, Inc. in Fort Worth, Texas, USA. The product debuted in 2007. | Pointwise is a commercial mesh generation software product from Pointwise, Inc. in Fort Worth, Texas, USA. The product debuted in 2007. | ||
| - | The current production release is Version | + | The current production release is Version 18.1 R2, released in August 2018. |
=== Mesh Types === | === Mesh Types === | ||
| Line 11: | Line 11: | ||
* Structured quad and hex (aka mapped mesh) | * Structured quad and hex (aka mapped mesh) | ||
* Unstructured tri and tet | * Unstructured tri and tet | ||
| + | * Quad-Dominant | ||
| + | * Voxel (Cartesian) | ||
* Hybrid prism, tet, hex, pyramid | * Hybrid prism, tet, hex, pyramid | ||
| + | * Overset (structured and unstructured) | ||
=== Meshing Techniques === | === Meshing Techniques === | ||
| Line 25: | Line 28: | ||
* Modified Delaunay | * Modified Delaunay | ||
** Tri and tet meshing with smoothing and diagonal swapping | ** Tri and tet meshing with smoothing and diagonal swapping | ||
| + | * Advancing Front | ||
| + | ** For triangular surface meshing | ||
| + | * Tet Mesh Clustering using Sources | ||
* Anisotropic Tetrahedral Extrusion (T-Rex) | * Anisotropic Tetrahedral Extrusion (T-Rex) | ||
| - | ** Extrusion of right-angle-included tets with boundary layer clustering and optional prism recombination | + | ** Extrusion of right-angle-included tets with boundary layer and wake clustering and optional prism and hex recombination |
=== Geometry Support === | === Geometry Support === | ||
| Line 38: | Line 44: | ||
* ACIS | * ACIS | ||
* CATIA V4 & V5 | * CATIA V4 & V5 | ||
| - | * Pro/E | + | * Pro/E & Creo |
* NX (formerly Unigraphics) | * NX (formerly Unigraphics) | ||
* Parasolid | * Parasolid | ||
| Line 50: | Line 56: | ||
* other | * other | ||
| - | Geometry | + | Geometry can be exported to IGES. |
Geometry can be created in Pointwise. The following geometry primitives are available. | Geometry can be created in Pointwise. The following geometry primitives are available. | ||
| Line 68: | Line 74: | ||
* Point | * Point | ||
| - | Pointwise's geometry kernel is a | + | Pointwise's geometry kernel (Geode) is a 4th generation, solid modeling (B-Rep) and geometry library. Geometry is assembled into a solid both automatically and manually as a means of dealing with gaps and overlaps between adjacent surfaces. |
=== CFD Solver Interfaces === | === CFD Solver Interfaces === | ||
| Line 76: | Line 82: | ||
* AcuSolve | * AcuSolve | ||
* ADPAC | * ADPAC | ||
| + | * ADS | ||
| + | * AERO-F | ||
* ANSYS CFX | * ANSYS CFX | ||
* ANSYS FLUENT | * ANSYS FLUENT | ||
| Line 81: | Line 89: | ||
* CFDShip-Iowa | * CFDShip-Iowa | ||
* CFL3D | * CFL3D | ||
| - | * CGNS | + | * CGNS v3 |
* CNSFV | * CNSFV | ||
* Cobalt | * Cobalt | ||
| Line 87: | Line 95: | ||
* CRUNCH | * CRUNCH | ||
* DTNS | * DTNS | ||
| + | * Edge | ||
* Exodus II | * Exodus II | ||
* FALCON | * FALCON | ||
| Line 93: | Line 102: | ||
* FieldView | * FieldView | ||
* FrontFlow | * FrontFlow | ||
| + | * FUN3D | ||
| + | * Gambit Neutral | ||
* GASP | * GASP | ||
| + | * Gmsh | ||
| + | * Gridgen | ||
| + | * GridPro | ||
* INCA | * INCA | ||
| - | * | + | * Kestrel v1.0 |
| + | * LAURA | ||
* NASTRAN | * NASTRAN | ||
* NCC | * NCC | ||
* NPARC | * NPARC | ||
| + | * NSAERO | ||
* NSU3D | * NSU3D | ||
* OpenFOAM | * OpenFOAM | ||
| Line 105: | Line 121: | ||
* PHOENICS | * PHOENICS | ||
* PLOT3D | * PLOT3D | ||
| + | * PyFR | ||
* SCRYU | * SCRYU | ||
| - | * | + | * SC/Tetra |
* ShipIR | * ShipIR | ||
* Splitflow | * Splitflow | ||
| Line 115: | Line 132: | ||
* TACOMA | * TACOMA | ||
* TASCflow | * TASCflow | ||
| + | * TAU | ||
* TEAM | * TEAM | ||
* Tecplot | * Tecplot | ||
* TETREX | * TETREX | ||
| + | * Thermal Desktop | ||
* UCD | * UCD | ||
* UGRID | * UGRID | ||
| - | |||
* USM3D | * USM3D | ||
| + | * VRML | ||
* VSAERO | * VSAERO | ||
* WIND | * WIND | ||
| Line 127: | Line 146: | ||
* XPATCH | * XPATCH | ||
| - | Pointwise also includes a Plugin API with which users can write their own CFD solver export function and have it included in the software at runtime. | + | Pointwise also includes a Plugin API with which users can write their own CFD solver export function and have it included in the software at runtime. The Plugin API also support grid import. |
=== Scripting === | === Scripting === | ||
| Line 135: | Line 154: | ||
=== Supported Platforms === | === Supported Platforms === | ||
| - | Pointwise | + | Pointwise is delivered as a 64-bit application for the following platforms. |
* Windows | * Windows | ||
* Linux | * Linux | ||
* Mac OS X | * Mac OS X | ||
Latest revision as of 18:16, 28 August 2018
Contents |
Pointwise
Pointwise is a commercial mesh generation software product from Pointwise, Inc. in Fort Worth, Texas, USA. The product debuted in 2007.
The current production release is Version 18.1 R2, released in August 2018.
Mesh Types
Pointwise can generate the following types of meshes.
- Structured quad and hex (aka mapped mesh)
- Unstructured tri and tet
- Quad-Dominant
- Voxel (Cartesian)
- Hybrid prism, tet, hex, pyramid
- Overset (structured and unstructured)
Meshing Techniques
Pointwise's mesh generation employs the following algorithms.
- Elliptic PDE smoothing
- Laplace, Thomas-Middlecoff, Steger-Sorenson, von Lavante-Hilgenstock-White control function formulations
- Hyperbolic PDE-based extrusion
- Steger's formulation for hex extrusion
- Algebraic extrusion
- Prism and hex extrusion using translate, rotate, path, and normal methods
- Modified Delaunay
- Tri and tet meshing with smoothing and diagonal swapping
- Advancing Front
- For triangular surface meshing
- Tet Mesh Clustering using Sources
- Anisotropic Tetrahedral Extrusion (T-Rex)
- Extrusion of right-angle-included tets with boundary layer and wake clustering and optional prism and hex recombination
Geometry Support
Pointwise's geometry kernel supports both analytic (i.e. NURBS, CAD) and faceted (i.e. STL, VRML) formats.
Pointwise imports CAD geometry from the following formats.
- IGES
- STEP
- ACIS
- CATIA V4 & V5
- Pro/E & Creo
- NX (formerly Unigraphics)
- Parasolid
- SolidWorks
Faceted geometry can be imported from:
- STL
- VRML
- NASTRAN
- other
Geometry can be exported to IGES.
Geometry can be created in Pointwise. The following geometry primitives are available.
- Surface of revolution
- Ruled surface
- Coons surface
- Sweep surface
- Fillet
- Plane
- Line
- Curve
- Circle
- Conic
- Offset Curve
- Intersection
- Point
Pointwise's geometry kernel (Geode) is a 4th generation, solid modeling (B-Rep) and geometry library. Geometry is assembled into a solid both automatically and manually as a means of dealing with gaps and overlaps between adjacent surfaces.
CFD Solver Interfaces
Pointwise has built-in support for the following flow solvers.
- AcuSolve
- ADPAC
- ADS
- AERO-F
- ANSYS CFX
- ANSYS FLUENT
- CFD++
- CFDShip-Iowa
- CFL3D
- CGNS v3
- CNSFV
- Cobalt
- COMO
- CRUNCH
- DTNS
- Edge
- Exodus II
- FALCON
- FANS
- FDNS/UNIC
- FieldView
- FrontFlow
- FUN3D
- Gambit Neutral
- GASP
- Gmsh
- Gridgen
- GridPro
- INCA
- Kestrel v1.0
- LAURA
- NASTRAN
- NCC
- NPARC
- NSAERO
- NSU3D
- OpenFOAM
- Overflow
- PATRAN
- PHOENICS
- PLOT3D
- PyFR
- SCRYU
- SC/Tetra
- ShipIR
- Splitflow
- STAR-CCM+
- STAR-CD
- STL
- SU2
- TACOMA
- TASCflow
- TAU
- TEAM
- Tecplot
- TETREX
- Thermal Desktop
- UCD
- UGRID
- USM3D
- VRML
- VSAERO
- WIND
- WIND-US
- XPATCH
Pointwise also includes a Plugin API with which users can write their own CFD solver export function and have it included in the software at runtime. The Plugin API also support grid import.
Scripting
Pointwise includes a Tcl-based scripting language called Pointwise Glyph that can be used to write macros and templates for automating all or parts of the meshing process.
Supported Platforms
Pointwise is delivered as a 64-bit application for the following platforms.
- Windows
- Linux
- Mac OS X
