In this paper the numerical analysis on an air-core pulsed alternator is presented. The system is investigated by using a dedicated numerical code capable to take into account eddy currents, compensating windings as well as the excitation/control circuits. Furthermore, the possibility to model centrifugal forces and vibrations acting on the shaft due to electric and mechanical unbalances or to misalignments of the shaft from its centered position, make the code a very powerful tool during the design phase of such kind of devices.
Numerical Analysis of an Air-Core Pulsed Alternator taking into account Eddy Currents, Compensating Windings and Excitation/Control Circuits
MUSOLINO, ANTONINO;RIZZO, ROCCO
2016-01-01
Abstract
In this paper the numerical analysis on an air-core pulsed alternator is presented. The system is investigated by using a dedicated numerical code capable to take into account eddy currents, compensating windings as well as the excitation/control circuits. Furthermore, the possibility to model centrifugal forces and vibrations acting on the shaft due to electric and mechanical unbalances or to misalignments of the shaft from its centered position, make the code a very powerful tool during the design phase of such kind of devices.File in questo prodotto:
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