Wizards in Salome-MECA
- Alexander Bikmeyev
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12 years 9 months ago #6383
by Alexander Bikmeyev
Wizards in Salome-MECA was created by Alexander Bikmeyev
Dear Sirs,
I need some help with wizards of Aster module in Salome-MECA.
As you know, there are three wizards: Linear elastic, Modal analysis and Linear thermic.
Can somebody describe for me For which tasks are each of them?
May be some examples and theoretical explanation.
Thank you ahead.
I need some help with wizards of Aster module in Salome-MECA.
As you know, there are three wizards: Linear elastic, Modal analysis and Linear thermic.
Can somebody describe for me For which tasks are each of them?
May be some examples and theoretical explanation.
Thank you ahead.
- Zamir
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12 years 9 months ago #6391
by Zamir
Replied by Zamir on topic Re: Wizards in Salome-MECA
The wizards perform simple FEA in 2d or 3d. However, in 3d you are limited to volume elements (no shells/plates).
The linear elastic wizard performs a linear static structural analysis. The Modal analysis wizard performs a modal analysis (no prestress for the wizard), and the linear thermic performs a linear thermal conduction analysis.
The linear elastic wizard performs a linear static structural analysis. The Modal analysis wizard performs a modal analysis (no prestress for the wizard), and the linear thermic performs a linear thermal conduction analysis.
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12 years 8 months ago #6408
by Alexander Bikmeyev
Replied by Alexander Bikmeyev on topic Re: Wizards in Salome-MECA
Thanks. All this info are following from Wiziards' names. But I am interest in full description of these wizards.
Espesially I need to understand meanings of all fields in results of calculations:
RESU__DEPL
RESU__SIEQ_NOEU
RESU__SIGM_NOEU
Can you help me with this?
PS: last is Stress values, am I right?
Espesially I need to understand meanings of all fields in results of calculations:
RESU__DEPL
RESU__SIEQ_NOEU
RESU__SIGM_NOEU
Can you help me with this?
PS: last is Stress values, am I right?
- Claus
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12 years 8 months ago #6409
by Claus
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
Replied by Claus on topic Re: Wizards in Salome-MECA
You should formulate your question better then 
DEPL: Displacement
SIEQ_NOEU: Equivalent stress on NODES
SIGM_NOEU: Principal stress on NODES
It's is generally advised to compute (ie. display in salomeMECA) the results on Gauss points - ELGA - which will give you a more correct result. As soon as you become a little more proficient with Aster, you'll have no problem editing the .comm files to do that. In the meantime, there are a lot of tutorials on this site that will get you started.
/C

DEPL: Displacement
SIEQ_NOEU: Equivalent stress on NODES
SIGM_NOEU: Principal stress on NODES
It's is generally advised to compute (ie. display in salomeMECA) the results on Gauss points - ELGA - which will give you a more correct result. As soon as you become a little more proficient with Aster, you'll have no problem editing the .comm files to do that. In the meantime, there are a lot of tutorials on this site that will get you started.
/C
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
The following user(s) said Thank You: Alexander Bikmeyev
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12 years 8 months ago #6411
by Alexander Bikmeyev
Replied by Alexander Bikmeyev on topic Re: Wizards in Salome-MECA
Many many thanks!!!
Yes I have made only few steps in Working with Salome-MECA. And I will try understand it.
And one more question: at some step at Wizard we need to point degreese of freedom for groups. If I use 2D task and some group is fixed and another can move along both axes, then I need to point: group1 Dx:0 Dy:0; group2: Dx:1, Dy:1, don't I?
Thank you again!!!
Yes I have made only few steps in Working with Salome-MECA. And I will try understand it.
And one more question: at some step at Wizard we need to point degreese of freedom for groups. If I use 2D task and some group is fixed and another can move along both axes, then I need to point: group1 Dx:0 Dy:0; group2: Dx:1, Dy:1, don't I?
Thank you again!!!
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12 years 8 months ago #6412
by Claus
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
Replied by Claus on topic Re: Wizards in Salome-MECA
You're welcome.
No, if something is free to move, it doesn't need degrees of freedom applied.
DX=1 means the group will move 1 unit in the X direction.
/C
No, if something is free to move, it doesn't need degrees of freedom applied.
DX=1 means the group will move 1 unit in the X direction.
/C
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
Moderators: catux
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