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Dynamic Hysteresis Model Based on Fuzzy Clustering Approach
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 Title & Authors
Dynamic Hysteresis Model Based on Fuzzy Clustering Approach
Mourad, Mordjaoui; Bouzid, Boudjema;
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Hysteretic behavior model of soft magnetic material usually used in electrical machines and electronic devices is necessary for numerical solution of Maxwell equation. In this study, a new dynamic hysteresis model is presented, based on the nonlinear dynamic system identification from measured data capabilities of fuzzy clustering algorithm. The developed model is based on a Gustafson-Kessel (GK) fuzzy approach used on a normalized gathered data from measured dynamic cycles on a C core transformer made of 0.33mm laminations of cold rolled SiFe. The number of fuzzy rules is optimized by some cluster validity measures like 'partition coefficient' and 'classification entropy'. The clustering results from the GK approach show that it is not only very accurate but also provides its effectiveness and potential for dynamic magnetic hysteresis modeling.
Cluster validity;Dynamic magnetic hysteresis;Gustafson-kessel algorithm;Model identification;
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