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

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(Definition of the geometry)
m (Definition of the geometry)
Line 26: Line 26:
 
* Thickness = 0.55 m <br>
 
* Thickness = 0.55 m <br>
 
'''Boundary conditions and loads:''' <br>
 
'''Boundary conditions and loads:''' <br>
* 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) <br>
+
* all dof fixed on short side Lxm:  
* prescribed vertical displacement fixed on short side Lxp (DZ=Zdisp)  <br>
+
** (DX=0.0, DY=0.0, DZ=0.0, DRX=0.0, DRY=0.0, DRZ=0.0) <br>
 +
* prescribed in-plane x displacement or out-out-of-plane vertical displacement fixed on short side Lxp:
 +
** (DZ=Zdisp) or <br>
 +
** (DX=Xdisp)  <br>
 
'''Material:'''  <br>
 
'''Material:'''  <br>
 
Steel<br>
 
Steel<br>

Revision as of 09:52, 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