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grids [2010/12/21 09:42]
Kirill Nikitin [Octree meshes for flows with free surface]
grids [2014/04/22 08:21]
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-===== Meshing techniques ===== 
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-===== Unstructured triangular and tetrahedral meshes ===== 
- 
-Several examples of grid generation are presented. All examples are created with [[http://​sourceforge.net/​projects/​ani3d|Ani3D]] (3D Generator of Anisotropic Meshes) package. 
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-==== Mechanics ==== 
-Large deformations. Geometry model is designed in CAD system. Strength analysis and large deformations are computed with Fidesys package. Ani3D package is used for mesh generation.\\ 
-{{:​grids:​27_leverarm_cad.png?​200|}} 
-{{:​grids:​27_leverarm.png?​200|}} 
-{{:​grids:​27_leverarm_cut.png?​200|}} 
-{{:​grids:​27_leverarm_sol1.png?​200|}} 
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-Strength analysis is computed with Ani3D package.\\ 
-{{:​grids:​gear-cad.png?​200|}} 
-{{:​grids:​gear-surf.png?​200|}} 
-{{:​grids:​gear-cut.png?​200|}} 
-{{:​grids:​gear_mesh0.png?​200|}} 
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-==== Biomathematics ==== 
-=== Immunology === 
-Geometry model of a lymph node.\\ 
-{{:​grids:​lymph-img1.jpeg?​100|}} 
-{{:​grids:​lymph-plan-rus.png?​200|}} 
-{{:​grids:​ll6.png?​200|}} 
-{{:​grids:​ll1.png?​200|}} 
-{{:​grids:​ll3.png?​200|}} 
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-=== Bioimpedance analysis === 
-Simplified geometry model of a human body.\\ 
-{{:​grids:​bi-mesh.png?​100|}} 
-{{:​grids:​bi-surf.png?​100|}} 
-{{:​grids:​bi-elec.png?​100|}} 
-{{:​grids:​bi-skin.png?​100|}} 
-{{:​grids:​bi-usol.png?​200|}} 
-{{:​grids:​bi-line.png?​200|}} 
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-==== Oceanology ==== 
-Triangular unstructured grids on the surface.\\ 
-{{:​grids:​oc1.png?​200|}} 
-{{:​grids:​oc2.png?​200|}} 
-{{:​grids:​oc3.png?​200|}} 
-{{:​grids:​oc4.png?​200|}} 
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-Automatic bathymetry-based mesh adaptation.\\ 
-{{:​grids:​mesh1.png?​200|}} 
-{{:​grids:​mesh2.png?​200|}} 
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-==== Geology ==== 
-Automatic tetrahedral mesh generation for layered anisotropic region. First picture is stretched 50 times in Z direction.\\ 
-{{:​grids:​andra_50x.png?​200|}} 
-{{:​grids:​andra_cut.png?​200|}} 
-{{:​grids:​andra_src.png?​200|}} 
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-Triangular grids for complex multi-domain regions, automatic mesh size adaptation.\\ 
-{{:​grids:​ibrae-a.png?​200|}} 
-{{:​grids:​ibrae-c.png?​200|}} 
-{{:​grids:​ibrae-d.png?​200|}} 
-{{:​grids:​ibrae-d2.png?​200|}} 
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-==== Aerodynamics ==== 
-Mesh around the aircraft. Geometry model is defined by surface triangulation. The surface mesh is improved, and a volume mesh is generated.\\ 
-{{:​grids:​boeing-geom.png?​200|}} 
-{{:​grids:​boeing-initial.png?​200|}} 
-{{:​grids:​boeing-cut-z.png?​200|}} 
-{{:​grids:​boeing-cut-y.png?​200|}} 
-{{:​grids:​boeing-cut-x.png?​200|}} 
- 
-===== Octree meshes for flows with free surface ===== 
-[[http://​dodo.inm.ras.ru/​research/​_media/​mesh.avi|{{:​mesh.jpg?​200|}}]] 
-===== Octree meshes with cut-cells ===== 
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-==== Sphere ==== 
-{{:​grids:​sphere.jpg?​200|}} 
-{{:​grids:​sphere_mesh.jpg?​200|}} 
-{{:​grids:​sphere_cut.jpg?​200|}} 
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-==== Stanford Bunny ==== 
-{{:​grids:​bunny.jpg?​200|}} 
-{{:​grids:​bunny_mesh.jpg?​200|}} 
-{{:​grids:​bunny_cut.jpg?​200|}} 
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-==== Cow ==== 
-{{:​grids:​cow.jpg?​200|}} 
-{{:​grids:​cow_mesh.jpg?​200|}} 
-{{:​grids:​cow_cut.jpg?​200|}} 
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-==== Armadillo ==== 
-{{:​grids:​armad.jpg?​200|}} 
-{{:​grids:​armad_mesh.jpg?​200|}} 
-{{:​grids:​armad_cut.jpg?​200|}} 
  
grids.txt ยท Last modified: 2014/04/22 08:21 (external edit)