3D eddy current computation in the frequency domain regarding the displacement current. Hahne, P. & Weiland, T. IEEE Transactions on Magnetics, 28(2):1801–1804, IEEE, March, 1992. doi abstract bibtex The application of the FIT (finite integration theory) method to the problem of 3D eddy current computation is presented. Fields are treated in terms of E and B the excitation is represented by time harmonic currents. Materials can be anisotropic with real ∈, μ, and κ. The displacement current is taken into account, and thus high-frequency eddy current problems can be treated as well as the case where there are no conductive regions (e.g. air coils). For nonconductive regions the additional condition div D=0 is imposed
@Article{ Hahne_1992aa,
abstract = {The application of the FIT (finite integration theory) method to the problem of 3D eddy current computation is presented. Fields are treated in terms of E and B the excitation is represented by time harmonic currents. Materials can be anisotropic with real ∈, μ, and κ. The displacement current is taken into account, and thus high-frequency eddy current problems can be treated as well as the case where there are no conductive regions (e.g. air coils). For nonconductive regions the additional condition div D=0 is imposed},
author = {Hahne, Peter and Weiland, Thomas},
doi = {10.1109/20.124056},
file = {Hahne_1992aa.pdf},
issn = {0018-9464},
journal = {IEEE Transactions on Magnetics},
keywords = {fit,eddy-currents,displacement-current},
langid = {english},
month = mar,
number = {2},
pages = {1801--1804},
publisher = {IEEE},
title = {3D eddy current computation in the frequency domain regarding the displacement current},
volume = {28},
year = {1992},
shortjournal = {IEEE Trans. Magn.}
}
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