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Partial integration in full integration
Posted 19 juil. 2013, 04:42 UTC−4 1 Reply
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Hello all,
I am trying to calculate the induced voltage in a coil in the time domain, the formula is:
V=int(part(A)/part(t)dl)
i hope you get the idea, that is a line integral for one filament of a coil, dl being part of the length of the wire. i need to integrate the partial magnetic vector potential (A) for each time step along the wire.
I am trying to calculate the induced voltage in a coil in the time domain, the formula is:
V=int(part(A)/part(t)dl)
i hope you get the idea, that is a line integral for one filament of a coil, dl being part of the length of the wire. i need to integrate the partial magnetic vector potential (A) for each time step along the wire.
1 Reply Last Post 17 août 2013, 04:07 UTC−4
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Posted:
1 decade ago
Hi, you may use a line integration in derived value when you doing the postprocessing , and the variable to be integrated can be an expression of Axt,Ayt and Azt, the "t" here means the time derivative, and Ax,Ay,Az are the three component of magnetic vector potential, and perhaps the expression could be written as "sqrt(Axt^2+Ayt^2+Azt^2)", I am not sure, wish it works!
Good Luck!
Good Luck!