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- Grid_classification abstract "Grid or Mesh is defined as smaller shapes formed after discretisation of geometric domain. Mesh or Grid can be in 3- dimension and 2-dimension. Meshing has applications in fields of Geography, designing, CFD (Computational Fluid Dynamics). and many more places. The 2-dimensional meshing includes simple polygon, polygon with holes, multiple domain and curved domain. In 3 dimensions there are three types of inputs. They are simple polyhedron, geometrical polyhedron and multiple polyhedrons. Before defining the mesh type it is necessary to understand elements (their shape and size).".
- Grid_classification thumbnail Model_1.jpg?width=300.
- Grid_classification wikiPageID "37792627".
- Grid_classification wikiPageLength "9837".
- Grid_classification wikiPageOutDegree "23".
- Grid_classification wikiPageRevisionID "671886913".
- Grid_classification wikiPageWikiLink Aspect_ratio.
- Grid_classification wikiPageWikiLink Category:Computational_fluid_dynamics.
- Grid_classification wikiPageWikiLink Category:Finite_element_method.
- Grid_classification wikiPageWikiLink Computational_Fluid_Dynamics.
- Grid_classification wikiPageWikiLink Computational_fluid_dynamics.
- Grid_classification wikiPageWikiLink Dimension.
- Grid_classification wikiPageWikiLink Error.
- Grid_classification wikiPageWikiLink Finite_Element_Method.
- Grid_classification wikiPageWikiLink Finite_element_method.
- Grid_classification wikiPageWikiLink Finite_volume_method.
- Grid_classification wikiPageWikiLink Fluid.
- Grid_classification wikiPageWikiLink Hybrid_grid.
- Grid_classification wikiPageWikiLink Internal_Combustion_Engine.
- Grid_classification wikiPageWikiLink Internal_combustion_engine.
- Grid_classification wikiPageWikiLink Interpolation.
- Grid_classification wikiPageWikiLink Map_(mathematics).
- Grid_classification wikiPageWikiLink Mesh.
- Grid_classification wikiPageWikiLink Polygon.
- Grid_classification wikiPageWikiLink Polyhedron.
- Grid_classification wikiPageWikiLink Tetrahedral.
- Grid_classification wikiPageWikiLink Tetrahedron.
- Grid_classification wikiPageWikiLink File:Block_structured_grid.JPG.
- Grid_classification wikiPageWikiLink File:Cartesian_Coordinate.jpg.
- Grid_classification wikiPageWikiLink File:Model_1.jpg.
- Grid_classification wikiPageWikiLink File:Non-orthogonal_grid.JPG.
- Grid_classification wikiPageWikiLink File:Orthogonal_grid.JPG.
- Grid_classification wikiPageWikiLink File:Unstructured_Grid.jpg.
- Grid_classification wikiPageWikiLinkText "Grid classification".
- Grid_classification hasPhotoCollection Grid_classification.
- Grid_classification wikiPageUsesTemplate Template:Reflist.
- Grid_classification subject Category:Computational_fluid_dynamics.
- Grid_classification subject Category:Finite_element_method.
- Grid_classification type Dynamic.
- Grid_classification type Mechanic.
- Grid_classification comment "Grid or Mesh is defined as smaller shapes formed after discretisation of geometric domain. Mesh or Grid can be in 3- dimension and 2-dimension. Meshing has applications in fields of Geography, designing, CFD (Computational Fluid Dynamics). and many more places. The 2-dimensional meshing includes simple polygon, polygon with holes, multiple domain and curved domain. In 3 dimensions there are three types of inputs. They are simple polyhedron, geometrical polyhedron and multiple polyhedrons.".
- Grid_classification label "Grid classification".
- Grid_classification sameAs m.0nhh6k5.
- Grid_classification sameAs Q5608609.
- Grid_classification sameAs Q5608609.
- Grid_classification wasDerivedFrom Grid_classification?oldid=671886913.
- Grid_classification depiction Model_1.jpg.
- Grid_classification isPrimaryTopicOf Grid_classification.