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Posted:
7 years ago
13 nov. 2017, 09:43 UTC−5
Hi
Your problem is rather demanding. I downloaded your model and realized that your mesh was very sparse for fluid mechanics. I changed the mesh density to "Normal" and ran a steady-state study. It took 1 h and 21 mins to solve. I suppose that a time-dependent study would take weeks, if it converged.
BR
Lasse
Hi
Your problem is rather demanding. I downloaded your model and realized that your mesh was very sparse for fluid mechanics. I changed the mesh density to "Normal" and ran a steady-state study. It took 1 h and 21 mins to solve. I suppose that a time-dependent study would take weeks, if it converged.
BR
Lasse
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Posted:
7 years ago
13 nov. 2017, 10:37 UTC−5
Your boudaries for heat at outlet boudary is incosistent. In heat transfer node provide outlfow boudary for outlet.
Your boudaries for heat at outlet boudary is incosistent. In heat transfer node provide outlfow boudary for outlet.
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Posted:
7 years ago
13 nov. 2017, 12:57 UTC−5
Your boudaries for heat at outlet boudary is incosistent. In heat transfer node provide outlfow boudary for outlet.
I defined my outlet a outflow boundary and made my model again much easier - It´s just that I want to learn what things I have to look at modelling with COMSOL.
So this is the next model - still not working...any ideas?
Thanks for your help!
>Your boudaries for heat at outlet boudary is incosistent. In heat transfer node provide outlfow boudary for outlet.
I defined my outlet a outflow boundary and made my model again much easier - It´s just that I want to learn what things I have to look at modelling with COMSOL.
So this is the next model - still not working...any ideas?
Thanks for your help!