Impedance and elektrodynamic force acting on a cylindrical conductor partly filling a semi-closed slot
Author:
Publisher
Springer Science and Business Media LLC
Subject
General Engineering,Applied Mathematics,Electrical and Electronic Engineering
Link
http://link.springer.com/content/pdf/10.1007/BF01584580.pdf
Reference16 articles.
1. Bahr, K.: Die Stromverdrängung in einer Rechtecknut als Grenzfall der Stromverdrängung in einer Trapeznut. Arch. f. Elektrotech. 51 (1966) 52–57
2. Buchholz, H.: Die zweidimensionale Stromverdrängung in einer wechselstromdurchflossenen trapezförmigen Nut. Arch. f. Elektrotech. 49 (1965) 291–298
3. Calvert, J. F.: Forces in turbine generator stator windings Trans. AIEE 1931, p. 178
4. Nürnberg, W.: Die Asynchronmaschine. Berlin: Springer 1963
5. Purczyński, J.; Rolicz, P.; Sikora, R.: Use of Ritz and Bubnow-Galerkin methods for calculation of inductance and impedance of conductors. Arch. f. Elektrotech. 57 (1975) 119–126
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1. Finite-element method for power losses calculation in long rectangular conductors located in transverse harmonic magnetic field;IEEE Transactions on Magnetics;1988-07
2. Eddy currents generated in an elliptic conductor by a transverse alternating magnetic field;Archiv für Elektrotechnik;1985-11
3. A finite element method for analysing skin effect in conductors with unknown values of surface boundary conditions;International Journal for Numerical Methods in Engineering;1985-09
4. APPLICATION OF THE FINITE‐ELEMENT METHOD FOR THE CALCULATION OF POWER LOSSES IN A SYSTEM OF TWO SOLID CYLINDRICAL CONDUCTORS PLACED IN A SENUSOIDALLY VARYING TRANSVERSE FIELD;COMPEL - The international journal for computation and mathematics in electrical and electronic engineering;1985-02-01
5. Current displacement of a solid cylindrical conductor placed in a semiclosed slot, taking into account the leakage field in the gap;IEEE Transactions on Magnetics;1984-11
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