Hello,
I would like to use the Thermoelectric solver in axisymmetric coordinate.
Is it correct to do so?
If not, what modifications do we need?
Thanks in advance,
Yodha
Search found 7 matches
- 22 Feb 2016, 13:33
- Forum: ElmerSolver
- Topic: Thermoelectric solver in axisymmetric
- Replies: 0
- Views: 2244
- 10 Sep 2014, 15:19
- Forum: Software development
- Topic: Specific time-step for each body
- Replies: 3
- Views: 4983
Re: Specific time-step for each body
Hi Matthias,
Thanks for your advice. Then I'll try to modify each timestep definition in separate solver. Hopefully it will work...
BR, Yodha
Thanks for your advice. Then I'll try to modify each timestep definition in separate solver. Hopefully it will work...
BR, Yodha
- 09 Sep 2014, 00:09
- Forum: Software development
- Topic: Specific time-step for each body
- Replies: 3
- Views: 4983
Specific time-step for each body
Hi all,
Would it be possible to have different time-step for each body, i.e. body 1: 1 second, body 2: 1 hour, body 3: 1 day ?
Thanks for your advice.
BR, Yodha
Would it be possible to have different time-step for each body, i.e. body 1: 1 second, body 2: 1 hour, body 3: 1 day ?
Thanks for your advice.
BR, Yodha
- 04 Aug 2014, 19:04
- Forum: ElmerSolver
- Topic: Negative x-direction AdvectionDiffusion
- Replies: 3
- Views: 2489
Re: Negative x-direction AdvectionDiffusion
Hi Peter, Thanks for your advice. I succesfully modified the ThermoElectricSolver.src to solve two variables using monolithic approach. However, same as AdvectionDiffusion I couldn't use it to solve negative direction problem. Regarding your suggestion above, would it be okay if you tell me how to s...
- 31 Jul 2014, 16:00
- Forum: ElmerSolver
- Topic: Negative x-direction AdvectionDiffusion
- Replies: 3
- Views: 2489
Negative x-direction AdvectionDiffusion
Hi all,
Does anybody know how to simulate 1D AdvectionDiffusion problem with negative flow, i.e. from x = 2000 to x = 0 ?
Without any modification, the solver (AdvectionDiffusionSolver) only works for positive flow, i.e. from x = 0 to x = 2000.
Thanks for your advice.
Best regards, Yodha
Does anybody know how to simulate 1D AdvectionDiffusion problem with negative flow, i.e. from x = 2000 to x = 0 ?
Without any modification, the solver (AdvectionDiffusionSolver) only works for positive flow, i.e. from x = 0 to x = 2000.
Thanks for your advice.
Best regards, Yodha
- 24 Jul 2014, 18:14
- Forum: Software development
- Topic: Coupling between two PDEs
- Replies: 3
- Views: 5558
Re: Coupling between two PDEs
Hi Franz, Thank you for your advice. Yes, I agree with you. I chose number 1 by modifying the ThermoElectricSolver.src which has two variables (potential, temperature) in one solver. It is also written in high-level language. Regarding the dTdt term, I just know that we could export first-derivative...
- 30 Jun 2014, 14:45
- Forum: Software development
- Topic: Coupling between two PDEs
- Replies: 3
- Views: 5558
Coupling between two PDEs
Hi all, I would like to solve two PDE's with two variables (Mdot, T). However, the dTdt term presents on both PDEs. How I could solve them in one/separate solver using high-level language? I started by modifying "ModelPDE" solver, however, "ModelPDE" case only solve one variable....