Global remeshing
DESCRIPTION
One or more local remeshing schemes can be defined on the deformed part of the mesh. The domains of the different local remeshing schemes do not overlap; the union of the local remeshing domains must totally incorporate the free surfaces and interfaces of the subtask.For sub-tasks with free surfaces and/or moving interfaces, since a part of the boundary (free surface and/or moving interface) is deformed, either a part or the entire finite element mesh should also be deformed.
NOTE
-4' Enable line kinematic condition Switches to line kinematic condition.
With line kinematic, 'Optimesh-3D' method is mandatory for any local remeshing.
This option is not available if a local remeshing does not use the 'Optimesh-3D' method.-4" Disable line kinematic condition Switches to surface kinematic condition -3' Enable the inverse prediction Allows the user to define an inverse problem. For use with extrusion-like flows. -3" Disable the inverse prediction Disable the capability of defining an inverse problem -2 Deletion of a local remeshing This deletes one remeshing previously defined -1 Upper level menu This goes back to the menu for the subtask 0 Creation of a local remeshing This creates a new local remeshing scheme i I-th local remeshing This allows the user to enter or modify information about the i-th local remeshing scheme
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-4
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- Enable line kinematic condition | (enter -4) |
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-3
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- Enable the inverse prediction | (enter -3) |
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-2
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- Deletion of a local remeshing | (enter -2) |
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-1
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- Upper level menu | (enter -1 or CR) |
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0
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- Creation of a local remeshing | (enter 0) |
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1
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- 1-st local remeshing | (enter 1) |
In the next menus,
enter the desired information.