Nirmal Paudel
Tribhuvan University/Electrical Engineering
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Posted:
6 years ago
24 oct. 2018, 15:56 UTC−4
Hi Yuqi,
You might want to go through this example to understand the symmetry setup for a coil.
https://www.comsol.com/model/vector-hysteresis-modeling-20671
I am not sure if you can actually apply the single "Coil" feature to two physically disconnected domains or not. If this is not supported, you would need to apply to separate Coil features for each.
BR/Nirmal
Hi Yuqi,
You might want to go through this example to understand the symmetry setup for a coil.
https://www.comsol.com/model/vector-hysteresis-modeling-20671
I am not sure if you can actually apply the single "Coil" feature to two physically disconnected domains or not. If this is not supported, you would need to apply to separate Coil features for each.
BR/Nirmal
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
26 oct. 2018, 09:19 UTC−4
Hi, Nirmal,
Thank you for this example. And i reference also this blog
https://www.comsol.com/blogs/exploiting-symmetry-simplify-magnetic-field-modeling/
The Magnetic Insulation boundary condition — “cut perpendicular to J and parallel to B“ is suitable for my modell. I simulate now also only one coil feature. But i can´t get a good solution.
And firstly i used infinite element domain, because i thought that this coil don´t have closed loop. But under Geometry Analysis i can set Symmetry specification. What do you think about this?
Yuqi
Hi, Nirmal,
Thank you for this example. And i reference also this blog
https://www.comsol.com/blogs/exploiting-symmetry-simplify-magnetic-field-modeling/
The Magnetic Insulation boundary condition — “cut perpendicular to J and parallel to B“ is suitable for my modell. I simulate now also only one coil feature. But i can´t get a good solution.
And firstly i used infinite element domain, because i thought that this coil don´t have closed loop. But under Geometry Analysis i can set Symmetry specification. What do you think about this?
Yuqi