meshing
- noun
- /ˈmɛʃɪŋ/
- Specialized
- The meshing process divides the 3D model into small elements for simulation analysis.
Examples
-
Meshing is partly automated in many FEA packages, which saves a great deal of time in model building.
Academic text (2010) -
Meshing converts design geometry into FEA elements, those digital Lego blocks.
Academic text (2010) -
The finite element mesh that we are using here is shown on this view graph.
-
Robust auto-meshers with adaptable meshing features.
Academic text (1996) -
Applications for 2-D and 3-D need both automatic and parametric meshing capabilities.
Academic text (1994) -
The new meshing software cut pre-processing time from six weeks spent readying a passenger railcar model for FEA to three weeks, he added.
Academic text (2006) -
Most HDA FE modeling today is done instead with powerful meshing tools, which can be controlled to create quadratic shells and six-sided brick solid elements, but are not fully automatic.
Academic text (1996) -
First, a finite element model of the arm is created using tetrahedral automatic meshing, followed by constraining displacements of the internal faces welded to the strut tube while applying pressure on the faces of the smaller hole to simulate the effect of the steering load.
Academic text (1994) -
In computational design, effective meshing enables accurate numerical modeling of complex structures.
-
With each meshing step, the software transforms the design model into discrete elements suitable for analysis.
Synonyms
A way of dividing a surface or shape into triangles to make a mesh for computer graphics
Dividing a surface into smaller shapes to add detail when a computer draws an image
How Fine
- Specialized
- Specialized
Surface Forms
Morphology
Etymology
Meshing comes from mesh, meaning 'net', so in computing and engineering it means covering a shape with many small pieces like a net. This division into small 'tiles' or elements lets simulations and 3D rendering work correctly.