Difference between revisions of "Contrib:KeesWouters/plasticity"
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The definition of the geometry as well as the meshing is given in the Python input file.<br/> | The definition of the geometry as well as the meshing is given in the Python input file.<br/> | ||
In the geometry module of Salome select File --> Load Script (or ctrl T) and thereafter the file: [[Media:kw_gm_vshape.zip]].<br/> | In the geometry module of Salome select File --> Load Script (or ctrl T) and thereafter the file: [[Media:kw_gm_vshape.zip]].<br/> | ||
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| + | =='''General procedure of the calculation'''== | ||
| + | The general procedure of the calculation is as follows: | ||
| + | : read the mesh | ||
| + | : apply the non linear material properties of the construction | ||
| + | : define the boundary conditions | ||
| + | : define the maximum load, in this case a maximum displacement at the plane Pforce | ||
| + | : define 'time' and 'load' increments: here we define an increase multiplication factor for the loads from 0 to 1, then constant during a small time and decreasing from 1 to 0 again. | ||
| + | : perform the analysis | ||
| + | : define results in a med-file for Salome, in this case, displacements, vonMises and plastic stresses | ||
| + | : print results in a file, notably the displacements of the plane Pforce and its corresponding forces. | ||
Revision as of 13:27, 12 August 2009
V shaped construction under plastic deformation
The V shaped is defined by an extrusion of a V shaped face.
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* 
Three planes are defined in the geometry: Pleft and Pright for applyind boundary conditions (dx=dy=dz=0) and Pforce for defining a prescribed displacement in y direction.
The definition of the geometry as well as the meshing is given in the Python input file.
In the geometry module of Salome select File --> Load Script (or ctrl T) and thereafter the file: Media:kw_gm_vshape.zip.
General procedure of the calculation
The general procedure of the calculation is as follows:
- read the mesh
- apply the non linear material properties of the construction
- define the boundary conditions
- define the maximum load, in this case a maximum displacement at the plane Pforce
- define 'time' and 'load' increments: here we define an increase multiplication factor for the loads from 0 to 1, then constant during a small time and decreasing from 1 to 0 again.
- perform the analysis
- define results in a med-file for Salome, in this case, displacements, vonMises and plastic stresses
- print results in a file, notably the displacements of the plane Pforce and its corresponding forces.
