I found recently interesting open source software for simulation of multibody dynamics. Here it is http://siconos.gforge.inria.fr/
Monday, November 26, 2012
Sunday, November 25, 2012
Release of VESStudy 2.0
I would like to think you for many question and comments. Especially I want to thank Sergey Sofin, Frank Chen, Andrey Nikiforov, Markus Klein, Erwin Walker for their interest to my project and help. From the obtained mails I can conclude that VESStudy is used mainly for the following problems:
- Choice of VES electrode array and development of measurement technique.
- Generation of examples for lectures.
- Feasibility study for VES application to investigation of geological structures.
- Solution of the inverse problem by fitting 3D model geometry.
- Testing of software/methods for solution of the inverse problem.
- For electrical resistivity tomography the calculations can be used for optimization of electrode positions, number of electrodes and measurement program.
New version of VESStudy is released. In comparison with the previous version VESStudy 2.0 has significant advantages. The new version together with the developed software package GenModel makes the generation of models much easier. Automatic mesh refinement enables to generate the models without usage of Gmsh program. Thus, for example, for generation of two-layer model it is enough to define four points of interface surface and to generate model by using gensur program. Below the new features are enumerated :
1. The packet program GenModel for simplification of model creation was developed.
2. Input of model in VTK format.
3. Automatic mesh refinement.
4. Output of medium model in VTK format.
5. Output of electrode model in VTK format.
6. Usage of arbitrary relief surface.
7. Automatic projection of electrode position on the relief surface.
8. The electrodes can be placed in an arbitrary position of the geological medium.
Please feel free to ask any question.
- Choice of VES electrode array and development of measurement technique.
- Generation of examples for lectures.
- Feasibility study for VES application to investigation of geological structures.
- Solution of the inverse problem by fitting 3D model geometry.
- Testing of software/methods for solution of the inverse problem.
- For electrical resistivity tomography the calculations can be used for optimization of electrode positions, number of electrodes and measurement program.
New version of VESStudy is released. In comparison with the previous version VESStudy 2.0 has significant advantages. The new version together with the developed software package GenModel makes the generation of models much easier. Automatic mesh refinement enables to generate the models without usage of Gmsh program. Thus, for example, for generation of two-layer model it is enough to define four points of interface surface and to generate model by using gensur program. Below the new features are enumerated :
1. The packet program GenModel for simplification of model creation was developed.
2. Input of model in VTK format.
3. Automatic mesh refinement.
4. Output of medium model in VTK format.
5. Output of electrode model in VTK format.
6. Usage of arbitrary relief surface.
7. Automatic projection of electrode position on the relief surface.
8. The electrodes can be placed in an arbitrary position of the geological medium.
Please feel free to ask any question.
Monday, March 26, 2012
Saturday, February 25, 2012
Sunday, January 8, 2012
I released a BEM software VESStudy
I assemble some of my old developments in a program VESStudy.
VESStudy - is a tool for the BEM simulation of a vertical electric sounding study of the geological environment with an arbitrary 3D structure.
The development of VESStudy started in 2002. Up to 2011 many tests and modifications ware performed. Initially VESStudy was developed as an additional module for a commercial mesh generator. In 2011 the import of msh files of the free mesh generator Gmsh (http://geuz.org/gmsh/) was implemented. This feature extension allows to use VESStudy as a standalone software.
VESStudy is provided as freeware under the MIT license.
VESStudy - is a tool for the BEM simulation of a vertical electric sounding study of the geological environment with an arbitrary 3D structure.
The development of VESStudy started in 2002. Up to 2011 many tests and modifications ware performed. Initially VESStudy was developed as an additional module for a commercial mesh generator. In 2011 the import of msh files of the free mesh generator Gmsh (http://geuz.org/gmsh/) was implemented. This feature extension allows to use VESStudy as a standalone software.
VESStudy is provided as freeware under the MIT license.
Thursday, January 5, 2012
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