Title: Nonlinear multi-harmonic finite-element simulation of a capacitor motor
Authors: De Gersem, Herbert ×
Weiland, Thomas #
Issue Date: Aug-2007
Publisher: Edp sciences s a
Series Title: European physical journal-applied physics vol:39 issue:2 pages:159-163
Abstract: Steady-state operation modes of three-phase induction machines can be efficiently simulated by 2D nonlinear time-harmonic finite-element models, although only induced currents with respect to the fundamental air-gap field are correctly taken into account. This technique does not generalise to single-phase induction machines. An approach based on multiple rotor models and a spectral decomposition of the air-gap field enables to consider higher harmonic air-gap field contributions. In a capacitor-motor model, the first, third and fifth forward and backward rotating components give raise to different frequencies in the rotor which result in different eddy-current effects. The torque dip due to the third harmonic is accurately simulated.
ISSN: 1286-0042
Publication status: published
KU Leuven publication type: IT
Appears in Collections:Physics, Campus Kulak Kortrijk
× corresponding author
# (joint) last author

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