The overall characteristics of linear induction motor (LIM) with the end effect compensator arestudied. The compensator is the magnet rotator type and it is equipped in front of LIM. To analyze the model with linear moving and rotating magnets over the conducting plate for the compensator, the special integral equation method (IEM) and the finite element method (FEM) are used. To analyze the LIM with the compensator, the approximate two-dimensional FEM supported by the three-dimensional IEM is used. The technique made clear that the efficiency for the practical model increased by at least 3.5-3.9percent by the compensator.
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