A New Approach's Design Optimizer of Induction Motor
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This work describes the use of a new approach optimization procedure to determine the design of three phase electrical motors. The novelty lies in combining a motor design program and employing a Hybrid Genetic Algorithm (HAGs) technique to obtain the maximum of objective function such as the motor efficiency. A method for evaluating the efficiency of induction motor is tested and applied on experimental machines; the aforementioned is called equivalent circuit method (EC-M) and based on the analysis of the influence losses. Next, the optimal designs are analyzed by finite element method (F.E....
This work describes the use of a new approach optimization procedure to determine the design of three phase electrical motors. The novelty lies in combining a motor design program and employing a Hybrid Genetic Algorithm (HAGs) technique to obtain the maximum of objective function such as the motor efficiency. A method for evaluating the efficiency of induction motor is tested and applied on experimental machines; the aforementioned is called equivalent circuit method (EC-M) and based on the analysis of the influence losses. Next, the optimal designs are analyzed by finite element method (F.E.M) and compared with results of another methods, was done to demonstrate the validity of the proposed method.
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