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Filtra

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Flux linkage calculation (V3.5a)

Posted 8 giu 2010, 08:04 GMT-4 Version 3.5a 2 Replies

Amissa Arifin
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Hi there!

I would like to know how do I calculate flux linkage from magnetic vector potential, Az? I came across a paper in user conference 2007 (attached). It gives the equation for flux linkage calculation which can be implemented in COMSOL by subdomain integration. I do not quite understand how to go about it. I would really appreciate if anyone can help me out.

For your information I am modelling a generator.

Your time is greatly appreciated.

Thanks!
2 Replies Last Post 21 giu 2010, 20:04 GMT-4
João Sousa
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Posted: 1 decade ago 17 giu 2010, 10:54 GMT-4
Hi Amissa,

Have you reached any conclusion considering the flux linkage?
I also have the same question!!

Regards!!
Hi Amissa, Have you reached any conclusion considering the flux linkage? I also have the same question!! Regards!!
Amissa Arifin
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Posted: 1 decade ago 21 giu 2010, 20:04 GMT-4
Hi there Joao

I seem to get the shape of the flux linkage versus current curve, but I am not too sure whether it is the correct way.
Based on my readings, the 2D problems have only the z component of magnetic potential vector, A.The line integral is taken as the unit depth in z direction. Hence, the line integral between two paths is A1-A2. The total magnetic flux per unit depth between two points is just the difference in vector potential between those two points.

In my case I take the magnetic potential vector across 2 winding and minus them times the length of my machine.

I hope I am reading the correct data..


Thanks.
Hi there Joao I seem to get the shape of the flux linkage versus current curve, but I am not too sure whether it is the correct way. Based on my readings, the 2D problems have only the z component of magnetic potential vector, A.The line integral is taken as the unit depth in z direction. Hence, the line integral between two paths is A1-A2. The total magnetic flux per unit depth between two points is just the difference in vector potential between those two points. In my case I take the magnetic potential vector across 2 winding and minus them times the length of my machine. I hope I am reading the correct data.. Thanks.

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