flowglow
Mechanical
- Apr 30, 2014
- 14
Hello everyone.
I have a question concerning "Mesh-to-mesh solution mapping". In the Abaqus manual it is clearly explained how to do remeshing, using "Mesh-to-mesh solution mapping". There are even two examples can be found. However, all examples are based on using of .inp files. The only thing I could find on python is importing of a deformed mesh from .odb file. So finally I can write a script, which will deform the original geometry up to some level, after import this deformed geometry, make remeshing, continue deformation process... But how to make connection between results from first calculation and a starting point for new calculation of remeshed geometry (it is done by *MAP SOLUTION in inp-file notation)?
I've got used to write scripts on python (and I like the idea of using .py scripts more because of its flexibility), so I hope there is a possibility to do it somehow.
Thanks.
I have a question concerning "Mesh-to-mesh solution mapping". In the Abaqus manual it is clearly explained how to do remeshing, using "Mesh-to-mesh solution mapping". There are even two examples can be found. However, all examples are based on using of .inp files. The only thing I could find on python is importing of a deformed mesh from .odb file. So finally I can write a script, which will deform the original geometry up to some level, after import this deformed geometry, make remeshing, continue deformation process... But how to make connection between results from first calculation and a starting point for new calculation of remeshed geometry (it is done by *MAP SOLUTION in inp-file notation)?
I've got used to write scripts on python (and I like the idea of using .py scripts more because of its flexibility), so I hope there is a possibility to do it somehow.
Thanks.