Dear Mick,
Yes, is laborious, but you can (Yes, we can!):
1.- Click un your simulation study name in ST5/6 and select "
Save FEMAP Model File" and you will get your SIMULATION model saved in FEMAP format *.modfem, both geometry, mesh, materials, element properties, loads & BCs, and results.
2.- Next open FEMAP, load the *.modfem model, and plot displacements results using scale 1:1 (actual deformation).
3.- Nest step is to update nodal coordinates with the deformed shape: this is possible in FEMAP using "
CUSTOM TOOLS > POSTPROCESSING > NODES MOVE BY DEFORM WITH OPTIONS", use scale 1:1. Now you FE model is updated with deformed shape.
4.- The next step is to generate geometry based in Mesh. In FEMAP export the deformed FE mesh as STEREOLITOGRAPHICS file, then you will have a *.stl file with the OUTSIDE SKIN of the part or assembly (this step is mandatory because your mesh comes from SIMULATION then I understand that is based in TETRAEDRAL 3-D solid elements. If the FE model is based in 2-D Shell elements then not need to export to STL, move to next step 5).
5.- Simply open a new session of FEMAP and import the *.STL fle.
6.- And finally in FEMAP use command "
GEOMETRY > SURFACE > FROM MESH" that creates automatically surface geometry based in 2-D SHELL mesh. This command has been improved a lot in new version of FEMAP V11.1, adding some "intelligence" like automatic detection of rules surfaces.
Hope it helps!.
Best regards,
Blas.
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Blas Molero Hidalgo
Ingeniero Industrial
Director
IBERISA
48011 BILBAO (SPAIN)
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