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Problem with conductor in homogeneous magnetic field
Posted 8 ott 2013, 17:42 GMT-4 Low-Frequency Electromagnetics, Modeling Tools & Definitions, Parameters, Variables, & Functions Version 4.3b 1 Reply
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Hi all,
I'm trying to solve a problem with a DC conductor in homogeneous magnetic field . I've managed to model the field (mf) following instructions someone has posted here in forum, so that works OK. I've also modeled current conductor using (mef) separately , and that works OK . Problem is that, when I join them , I'm not able to execute simulation in one domain .
I'm new to 3D modeling so would appreciate any suggestion on how many physics I should use, which ones and so . Please bare in mind that I have to add additional permeable object afterwards (or permanent magnet) as a third one.
Any help would be greatly appreciated
Thank you
I'm trying to solve a problem with a DC conductor in homogeneous magnetic field . I've managed to model the field (mf) following instructions someone has posted here in forum, so that works OK. I've also modeled current conductor using (mef) separately , and that works OK . Problem is that, when I join them , I'm not able to execute simulation in one domain .
I'm new to 3D modeling so would appreciate any suggestion on how many physics I should use, which ones and so . Please bare in mind that I have to add additional permeable object afterwards (or permanent magnet) as a third one.
Any help would be greatly appreciated
Thank you
1 Reply Last Post 8 ott 2013, 18:02 GMT-4
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Posted:
1 decade ago
Hi Ana,
it should all work in mf or mef, but you don't need mef if you don't want to apply electric fields. What do you mean with " I'm not able to execute simulation in one domain . "?
Cheers
Edgar
--
Edgar J. Kaiser
emPhys Physical Technology
www.emphys.com
it should all work in mf or mef, but you don't need mef if you don't want to apply electric fields. What do you mean with " I'm not able to execute simulation in one domain . "?
Cheers
Edgar
--
Edgar J. Kaiser
emPhys Physical Technology
www.emphys.com