Difference between revisions of "Contrib:KeesWouters/shell/plotcoq3d"

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In this contribution the main (and only) focus is on the postprocessing of the displacements and stresses of shell COQUE-3D elements. The centre nodes of tria7 and quad9 elements used for the discription of the displacements field of COQUE_3D poses some nasty problems in the postprocessing with Salome. To overcome this problem the results are projected on the original quadratic mesh without the centre node.
 
In this contribution the main (and only) focus is on the postprocessing of the displacements and stresses of shell COQUE-3D elements. The centre nodes of tria7 and quad9 elements used for the discription of the displacements field of COQUE_3D poses some nasty problems in the postprocessing with Salome. To overcome this problem the results are projected on the original quadratic mesh without the centre node.
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* preproccesing:
 
* preproccesing:

Revision as of 10:02, 27 April 2013

Post processing of COQUE-3D calcalation

[under construction]

In this contribution the main (and only) focus is on the postprocessing of the displacements and stresses of shell COQUE-3D elements. The centre nodes of tria7 and quad9 elements used for the discription of the displacements field of COQUE_3D poses some nasty problems in the postprocessing with Salome. To overcome this problem the results are projected on the original quadratic mesh without the centre node.


  • preproccesing:
  • definition of geometry in Salome
  • partitioning of the geometry and groups
  • meshing of the geometry
  • definition of the groups
  • (maybe: python script which makes editing much easier ...)
  • static analysis with pressure or force applied on a group or nodes
  • postprocessing:
  • viewing displacement in Salome
  • determination of stresses, see also tables
  • interface ASTK

Definition of the geometry

planar shell Geometry:

  • L = 11.38 m
  • Thickness = 0.55 m

Boundary conditions and loads:

  • all dof fixed on short side Lxm:
    • (DX=0.0, DY=0.0, DZ=0.0, DRX=0.0, DRY=0.0, DRZ=0.0)
  • prescribed in-plane x displacement or out-out-of-plane vertical displacement fixed on short side Lxp:
    • (DZ=Zdisp) or
    • (DX=Xdisp)

Material:
Steel

  • E = 210e9 Pa
  • Nu = 0.3

Kw coque3d mesh.png