print COQUE_SOLIDE stress results along with 3D elements displacement type

vishwas

Hello,
I performed a simulation that has a mix of COQUE_SOLIDE and 3D formulations.
For example in this example below, The 'outer top_vol' is COQUE_SOLIDE while inner 'tube' is 3D formulation.

I use the following commands for post processing:

But my result file in paraview is split between result_DEPL and (result_EPSI and result_SIEQ) fields as can be seen below

Ideally I would like all three results together( which can be achieved If I use only 3D formulation as seen below)

So, How can I achieve the same above result when COQUE_SOLIDE is used alongwith 3D or other formulations like DKT?
Also could someone tell how to include .comm code here. If I include using

Its not showing correctly . Some text is too bold, some regular size. I attach command file.

post-hit.txt

1kB

Much thanks and Regards
Anirudh Nehra

vishwas

Hello,
Could someone suggest tips regarding this issue? I want to combine output DEPL of IMPR_RESU and other calculations from CALC_CHAMP in 1 field in presence of mixed formulations(3D,COQUE_SOLIDE, DIS_T etc )This is the relevant code snippet

POURSUITE()

result = CALC_CHAMP(

reuse=result,

CONTRAINTE=('SIGM_NOEU', ),

CRITERES=('SIEQ_NOEU', ),

# FORCE=('REAC_NODA', ),

# CRITERES=( ),

DEFORMATION=('EPSI_NOEU' ),

# FORCE=('REAC_NODA', 'FORC_NODA'),

MODELE=model,

PARALLELISME_TEMPS='OUI',

RESULTAT=result,

GROUP_MA=('tube','top_vol'),

)

IMPR_RESU(
FORMAT='MED',
RESU=(
_F(NOM_CHAM=('DEPL', ), NOM_CMP=(
'DX',
'DY',
'DZ',
),

MAILLAGE = mesh2,

RESULTAT=result,
GROUP_MA=('tube','top_vol'),
),

_F(NOM_CHAM=('SIEF_NOEU', ), NOM_CMP=('VMIS', ), RESULTAT=result,

GROUP_MA=('tube','top_vol'),

),

_F(
NOM_CHAM=('SIEQ_NOEU', ),
NOM_CMP=('VMIS', ),

RESULTAT=result,

GROUP_MA=('tube','top_vol'),
RESULTAT=result,
),
_F(NOM_CHAM=('EPSI_NOEU', ), RESULTAT=result,
GROUP_MA=('tube','top_vol'),
),

_F(

NOM_CHAM=('REAC_NODA', ),

#NOM_CMP=('VMIS', ),

RESULTAT=result,

GROUP_MA=('punch','die','tube'),

),

VERSION_MED='4.1.0',

UNITE=80
)

Regards
Anirudh

Sound_Spinning

vishwas
Hi, I feel your pain on this. I think I may know what's going on. CA doesn't really play ball with MED defaults for assemblies in PV, you get stuff broken down into 'blocks'. So it doesn't allow by default to plot deformed shapes on complete assys + any result....

It took me a long time to figure s'thing out for rslts in PV for assys. Pls see this little assy model with tet parts, tied contact, couplings, springs and point mass/inertia elems. --> shaft_bear.zip

See in .comm file the 'salami' of code from line 1170, so that all results come under one block, and all stress outputs under a single dropdown, like in fig below. I hope that helps, but with shells is even a bit more involved. Let me know if any questions, or maybe share the mesh, full .comm you have and I'll have a shot.

PS: try not to use element sets (group_ma) for outputs on assys, that breaks it into blocks in PV when not a single elem type in the model.

vishwas

Hello,
Please see this simulation I am trying. It is a crimping simulation of a hydraulic hose with quarter model and symmetry boundary conditions. It has convergence problems which I have described in another post. It has a mix of FEA elements(COQUE SOLIDE for crimp body and 3D for the rest which you can turn off if you wish. But the goal is to run a simulation with mix of COQUE_SOLIDE and 3D and produce results as wanted above in this thread)
Please find files here: https://www.dropbox.com/scl/fi/w13lxiiqihxvivjiqubqs/mix_elements_crimp.tar.xz?rlkey=8jiteu2tm1vd24low2fw1xjyl&st=hm46n97t&dl=0

Regards
Anirudh Nehra