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LaGriT Meshing for Geological Applications | Home

Finite element mesh generation for general applications. Delaunay mesh generation in 2D and 3D, Voronoi control volume computation, mesh optimization such as refine, derefine and smoothing. Hybrid finite elements combining hexahedral, tetrahedral, triangle, quadrilateral, prism and pyrimide. Meshing of non-manifold geometry using conforming Delaunay tetrahedra.

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LaGriT Meshing for Geological Applications | Home | meshing.lanl.gov Reviews
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Finite element mesh generation for general applications. Delaunay mesh generation in 2D and 3D, Voronoi control volume computation, mesh optimization such as refine, derefine and smoothing. Hybrid finite elements combining hexahedral, tetrahedral, triangle, quadrilateral, prism and pyrimide. Meshing of non-manifold geometry using conforming Delaunay tetrahedra.
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1 LaGriT Unstructured Finite Element Finite Difference Delaunay Voronoi Grid Generation Geological Applications Software Porous Flow Modeling Geological Modeling Reservoir Simulation Three Dimensional Multiple Material Control Volume Finite Element Unstructured Finite Element Delaunay Voronoi Grid Generation non-manifold geometry
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LaGriT Meshing for Geological Applications | Home | meshing.lanl.gov Reviews

https://meshing.lanl.gov

Finite element mesh generation for general applications. Delaunay mesh generation in 2D and 3D, Voronoi control volume computation, mesh optimization such as refine, derefine and smoothing. Hybrid finite elements combining hexahedral, tetrahedral, triangle, quadrilateral, prism and pyrimide. Meshing of non-manifold geometry using conforming Delaunay tetrahedra.

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1

Publications Related to Geological Meshing

https://meshing.lanl.gov/lagrit/publications/publications.html

Publications Related to Geological Meshing. Carl W. Gable, Harold Trease and Terry Cherry, Geological Applications of Automatic Grid Generation Tools for Finite Elements Applied to Porous Flow Modeling,. In Numerical Grid Generation in Computational Fluid Dynamics and Related Fields. Edited by B. K. Soni, J. F. Thompson, H. Hausser and P. R. Eiseman, Engineering Research Center, Mississippi State Univ. Press, 1996. In Numerical Grid Generation in Computational Fluid Dynamics and Related Fields.

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Meshing for Geological Applications | Project Index

https://meshing.lanl.gov/proj/index.html

Meshing for Geological Applications. Discrete Fracture Network (open). LANL EP / ER (password protected). NTS / UGTA (password protected). UFD Generic Repository (open). YMP and Repository (password protected). Intersect Two 3D Tet Meshes, Refine Volume of Intersection, Remove Intersecting Tets. Hexahedra to 5, 6 or 24 Tetrahedra. Intersect Two Surfaces, Extract Line Object Defined by Surface Intersections. Intersect Two Surfaces, Make Hole in Surface Defined by Intersection. Octree Refine Hex Mesh.

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Meshing for Geological Applications | Project Index

https://meshing.lanl.gov/proj

Meshing for Geological Applications. Discrete Fracture Network (open). LANL EP / ER (password protected). NTS / UGTA (password protected). UFD Generic Repository (open). YMP and Repository (password protected). Intersect Two 3D Tet Meshes, Refine Volume of Intersection, Remove Intersecting Tets. Hexahedra to 5, 6 or 24 Tetrahedra. Intersect Two Surfaces, Extract Line Object Defined by Surface Intersections. Intersect Two Surfaces, Make Hole in Surface Defined by Intersection. Octree Refine Hex Mesh.

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GRIDDER

https://meshing.lanl.gov/gridder/gridder.html

GRIDDER is a simple interactive grid generation tool for creating orthogonal, 2D quadralateral or 3D hexahedral grids. Grid spacing can be even, logarithmic, or geometric. On the picture, the spacing on the X and Y axis is uniform, on Z axis on the green block geometric with a factor 1.1, on the orange block geometric with a factor 1.6, on the gray block logarithmic contracting, on the maroon block logarithmic expanding. Click here to view GRIDDER User Manual. Click here to see some Simple Examples.

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LANL | LaGriT |

http://lagrit.lanl.gov/graphics.shtml

Tools: Labs, Instruments, Software. SAGE - Summer of Applied Geophysics Experience. General Mesh Viewer (GMV). LaGriT Code Development Team. Download simple LaGriT control files that highlight particular modules. Create icosohedron sphere mesh spherical shell mesh. Createpts diamond spherical icosahedron. Createpts random xyz cube. Cube 10x10x1 mesh 3 node densities. Cube mesh 3 node densities. Cube mesh 3 node densities offset nodes. Cube mesh ray shooting set boundary nodes. Smooth cube 4 materials.

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Aaron Gable :: Projects

http://www.aarongable.com/projects

Finite Element Modeling and Simulation. Atoms-to-Continuum) package is a plugin for LAMMPS. Large-scale Atomic/Molecular Massively Parallel Simulator) designed and written at Sandia National Lab. Recommendations for brand new users. My improvements resulted in a significant increase in click-through rate in the suggestions pane. Complex Networks in Twitter. During my semester abroad at AIT Budapest. I took a course on the Structure and Dynamics of Complex Networks as well as a pair of half-courses on Dat...

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Join, it's free. Careers, jobs and vocation. Creativity, media and the arts. Natural resources and environment. A global gathering and cultural immersion in the sharing economy. TaskRabbit's podcast and video series 'Collaboratively Speaking' takes a deeper look at RelayRides with Shelby Clark. Flinc is the world’s first social mobility network which matches drivers and passengers for ridesharing in real-time using desktop, smartphone and navigation technology. Send Money Abroad. Low cost and secure.

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LaGriT Meshing for Geological Applications | Home

LaGriT:Meshing for Geological Applications. Tetrahedral Grid Yucca Mountain Unsaturated Zone. Geologic applications for grids produced with LaGriT are modeling subsurface porous flow and reactive chemical transport by finite element (FEHMN code developed at LANL) and finite difference methods. LaGriT is also used as the first step in quality analysis and manipulation of geometric data. In which LaGriT is utilized include:. Yucca Mountain Site Characterization Project (YMP). Oil and Gas Reservoir Modeling.

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Tornado, fire, earthquake and flood victims - want to help? For over 35 years, CommunityPC has produced software tools dedicated to gear manufacturing world-wide. The goal of Meshing with Gears. Is to provide a source of practical technical information useful to the gear industry, and to provide a forum to discuss gearing topics. There is a huge reservoir of personal experience and knowledge about gear design and manufacturing. We want to make it easier to share that knowledge. Do it today - it's so easy!