Tubular Linear Induction Motor analysis by using finite elements and current filament models
Y Bencheikh, Y Ouazir… - The XIX International …, 2010 - ieeexplore.ieee.org
Y Bencheikh, Y Ouazir, R Ibtiouen
The XIX International Conference on Electrical Machines-ICEM 2010, 2010•ieeexplore.ieee.orgThe current filaments (CFM) and the finite elements (FEM) models for analyzing Tubular
Linear Induction Motor (TLIM) performances are presented. The governing equations of
CFM model can be reduced to the ordinary differential equations that can be solved by
numerical method and it is easy to program. A 2D time harmonic finite elements analysis of
the motor is used to validate the current filaments model. In order to analyze the
electromagnetic performances of the motor, the two models are used to computing the …
Linear Induction Motor (TLIM) performances are presented. The governing equations of
CFM model can be reduced to the ordinary differential equations that can be solved by
numerical method and it is easy to program. A 2D time harmonic finite elements analysis of
the motor is used to validate the current filaments model. In order to analyze the
electromagnetic performances of the motor, the two models are used to computing the …
The current filaments (CFM) and the finite elements (FEM) models for analyzing Tubular Linear Induction Motor (TLIM) performances are presented. The governing equations of CFM model can be reduced to the ordinary differential equations that can be solved by numerical method and it is easy to program. A 2D time harmonic finite elements analysis of the motor is used to validate the current filaments model. In order to analyze the electromagnetic performances of the motor, the two models are used to computing the electrical parameters, and the locked rotor and transient operations. A laboratory prototype of a tubular induction motor has been built for experimental study.
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