In this paper a 2D Finite Element procedure devised to handle both soft magnetic materials and hysteretic ones, on basis of Preisach's classical approach for scalar and vector hysteresis, is presented. In the scalar case, a model identified by a reduced set of experimental data is proposed, whereas for the vector case a more demanding identification procedure is required. The resulting modular “Preisach engines” are used to solve some problems of practical engineering type

A 2D finite element procedure for magnetic analysis involving non-linear and hysteretic materials

ALOTTO, PIERGIORGIO;
1994

Abstract

In this paper a 2D Finite Element procedure devised to handle both soft magnetic materials and hysteretic ones, on basis of Preisach's classical approach for scalar and vector hysteresis, is presented. In the scalar case, a model identified by a reduced set of experimental data is proposed, whereas for the vector case a more demanding identification procedure is required. The resulting modular “Preisach engines” are used to solve some problems of practical engineering type
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/120521
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