![groups flac3d groups flac3d](https://soilmodels.com/wp-content/uploads/2018/07/flac3d-logo.png)
With the increase of the reinforced length, the probable destroyed cross because of the shearing moved away from the panel. The maximum pulling stress focused on the lower half of the reinforced soil retaining wall. The simulation and analysis showed that with the increase of reinforced length, the side displacements of the panel and the pulling stress in reinforced layers decreased gradually. In this paper, a reinforced soil retaining wall which was 60 meters high was set up to study the effect the reinforced length had on soil retaining wall. is difficult to achieve in more complex models with a large number of parts/groups.
Groups flac3d software#
The results showed that the finite difference software FLAC 3D could simulated very well. SolidWorks-FLAC3D converter for transformation of discretized mesh.
![groups flac3d groups flac3d](https://i.ytimg.com/vi/2N7ONQwJ8tw/maxresdefault.jpg)
Then the results were compared with those which were derived from limited balance method. msh format and would be appreciated if you could help to solve the problem.A finite difference software (FLAC 3D) was used to carry on numerical simulation of reinforced soil retaining wall which had observed engineering data. I coudn't convert the attached mesh Core.zip to. My meshio version is 4.4.6, which is latest version that will be installed by forge conda. Introduction to finite element, finite difference, and distinct element modeling using FLAC, FLAC3D, UDEC, and 3DEC. Topics covered include: Introduction to numerical modeling in geomechanics.
![groups flac3d groups flac3d](https://i0.hdslb.com/bfs/article/sky_horse/10d7fc8b2c1c7f944a66ea6dc27b17b2dc28761d.png)
This mesh file have exported from Flac version 6, not 3Dec or Udec as it was in #839. Different software tools including FLAC, FLAC3D, and UDEC will be considered for conducting simulations. ValueError: invalid literal for int() with base 10: 'FGROUP' Name, slot, data = _read_group(f, binary, line)įile "C:\Users\Ali\anaconda3\envs\PFC_FiPy\lib\site-packages\meshio\flac3d_flac3d.py", line 269, in _read_groupįile "C:\Users\Ali\anaconda3\envs\PFC_FiPy\lib\site-packages\meshio\flac3d_flac3d.py", line 269, in Mesh = meshio.read(str(os.path.join(os.environ, "Desktop", "sd.f3grid")))įile "C:\Users\Ali\anaconda3\envs\PFC_FiPy\lib\site-packages\meshio_helpers.py", line 69, in readįile "C:\Users\Ali\anaconda3\envs\PFC_FiPy\lib\site-packages\meshio\flac3d_flac3d.py", line 103, in readįile "C:\Users\Ali\anaconda3\envs\PFC_FiPy\lib\site-packages\meshio\flac3d_flac3d.py", line 178, in read_buffer Using FLAC3D Groups and Applying Boundary Conditions. For my new required mesh, which face groups have been defined, an error is appeared as below:įile "C:/Users/Ali/Desktop/Mesh convertion.py", line 8, in The itasca module defines the interaction between Python and FLAC3D. Rock Mold Properties model elastic range rock model fluid flisotropic range rock prop poro poro perm krock range.
![groups flac3d groups flac3d](https://itasca-int.objects.frb.io/assets/img/site/software/dyn_fig6.png)
I have used meshio for several times to convert Flac3d mesh files to other versions without any problem.