LED thermal and mechanical simulation
- Karunavani
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9 years 10 months ago #8208
by Karunavani
LED thermal and mechanical simulation was created by Karunavani
Hi,
I would like to know whether can I use Code_Aster to perform thermal and mechanical simulations of a light emitting diode?
If there are better open source software to perform these simulations, kindly recommend some for me.
Thanks
I would like to know whether can I use Code_Aster to perform thermal and mechanical simulations of a light emitting diode?
If there are better open source software to perform these simulations, kindly recommend some for me.
Thanks

- Claus
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9 years 10 months ago #8210
by Claus
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
Replied by Claus on topic Re: LED thermal and mechanical simulation
It depends on how you want to define the thermal load - is there anything special about the thermal load of an LED?
Otherwise, no problem using CA for this.
/C
Otherwise, no problem using CA for this.
/C
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
- Aitor Oyanguren
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9 years 10 months ago - 9 years 10 months ago #8212
by Aitor Oyanguren
Replied by Aitor Oyanguren on topic Re: LED thermal and mechanical simulation
I'm also interested in the thermal - stress simulation, but my question is, how is Code Aster working with contact interactions (in thermal-mechanical models)? is it optimized for multi-core simulations? The models I'd like to build are quite big
.

Last edit: 9 years 10 months ago by Aitor Oyanguren. Reason: mistake
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9 years 10 months ago #8213
by Claus
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
Replied by Claus on topic Re: LED thermal and mechanical simulation
Honestly, I don't know how you could create a non-linear thermal/mechanical simulation with contact in praxis, but Im positive it can be done.
A static thermal/mechanical simulation is done by simulating the thermal load first, then calculating the mechanical stress afterwards, so a non-linear contact simulation would have to flip flop between those two calculations. As I said, Im positive it can be done, so try searching for it on the Code_Aster forum.
Xahoman: Code_Aster is designed to run on clusters, but it is a bit tricky to get to work on a multi-core workstation, but there are many posts about how to do it.
The efficiency of using multiple cores, is highly dependent on the characteristics of the simulation. Again, there are many posts about the topic on the Code_Aster forum.
/C
A static thermal/mechanical simulation is done by simulating the thermal load first, then calculating the mechanical stress afterwards, so a non-linear contact simulation would have to flip flop between those two calculations. As I said, Im positive it can be done, so try searching for it on the Code_Aster forum.
Xahoman: Code_Aster is designed to run on clusters, but it is a bit tricky to get to work on a multi-core workstation, but there are many posts about how to do it.
The efficiency of using multiple cores, is highly dependent on the characteristics of the simulation. Again, there are many posts about the topic on the Code_Aster forum.
/C
Code_Aster release : STA11.4 on OpenSUSE 12.3 64 bits - EDF/Intel version
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