Version 2.0 of SW4 implements mesh refinement with hanging nodes. Mesh refinement is currently supported in the Cartesian portion of the mesh, but can be used together with realistic topography and heterogeneous isotropic visco-elastic material models
JIGSAW-GEO is an algorithm for the generation of non-uniform, locally-orthogonal, staggered unstruct...
The implementation of Adaptive Mesh Refinement (AMR) within the geotechnical software package PLAXIS...
When modeling deformation of geometrically complex regions, unstructured tetrahedral meshes provide ...
Version 3.0 adds many new features to SW4, including OpenMP multi-threading, hdf5 formatted material...
Version 2.01 of SW4 fixes a bug in the python testing script. It is in all other aspects identical t...
Tetrahedral meshes are becoming more and more important for geo-modeling applications. The presented...
Geant4 is the de facto HEP standard for simulating the interaction of particles with materials and f...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
This article is about visualization aided handling of individual 3d models, both existing and new on...
We have developed open-source finite-element software for 2-D and 3-D dynamic and quasi-static model...
The construction of computational grids which accurately reflect complex geologic structure and stra...
Geotechnical works play a major role on the infrastructure development. Geosynthetics are the most e...
In traditional methods used to populate stratigraphic units, the distortions can be very important a...
The Geodynamic World Builder (GWB) is an open source code library intended to set up initial conditi...
The use of finite element software packages has become commonplace in the application of geotechnica...
JIGSAW-GEO is an algorithm for the generation of non-uniform, locally-orthogonal, staggered unstruct...
The implementation of Adaptive Mesh Refinement (AMR) within the geotechnical software package PLAXIS...
When modeling deformation of geometrically complex regions, unstructured tetrahedral meshes provide ...
Version 3.0 adds many new features to SW4, including OpenMP multi-threading, hdf5 formatted material...
Version 2.01 of SW4 fixes a bug in the python testing script. It is in all other aspects identical t...
Tetrahedral meshes are becoming more and more important for geo-modeling applications. The presented...
Geant4 is the de facto HEP standard for simulating the interaction of particles with materials and f...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
This article is about visualization aided handling of individual 3d models, both existing and new on...
We have developed open-source finite-element software for 2-D and 3-D dynamic and quasi-static model...
The construction of computational grids which accurately reflect complex geologic structure and stra...
Geotechnical works play a major role on the infrastructure development. Geosynthetics are the most e...
In traditional methods used to populate stratigraphic units, the distortions can be very important a...
The Geodynamic World Builder (GWB) is an open source code library intended to set up initial conditi...
The use of finite element software packages has become commonplace in the application of geotechnica...
JIGSAW-GEO is an algorithm for the generation of non-uniform, locally-orthogonal, staggered unstruct...
The implementation of Adaptive Mesh Refinement (AMR) within the geotechnical software package PLAXIS...
When modeling deformation of geometrically complex regions, unstructured tetrahedral meshes provide ...
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