A least-squares parameter fitting procedure is used in conjunction with one-dimensional
(1D) and two-dimensional (2D) formulations of the Preisach formalism. The model can use …

A Preisach model able to adjust to different systems with hysteresis is presented. The related
identification scheme involved uses data from a major hysteresis curve and a least-squares …

The paper describes the development of distributed-element models for non-linear
hysteresis in materials and structures. The physical model is based on an approach that …

The purpose of this work is to devise algorithms to reduce the memory consumption of the
vector Preisach model in view of its usage in Finite Element analysis. Four algorithms, which …

The vectorial modeling of hysteresis phenomena is an important task with respect to precise
numerical simulation of ferromagnetic materials. Many vector models are based on …

Preisach model has enjoyed extensive applications in describing the hysteresis
phenomena. An important open question in the analysis of hysteresis using Preisach …

Hysteresis may be a desired of an undesired property of a material. In the first case,
hysteresis modeling can be used as a predicting tool; in the second, as a compensator …

New isotropic vector Preisach-type models of hysteresis are introduced. These new models
contain additional unknown functions. This presents the opportunity to incorporate more …

This paper introduces a differential approach to model scalar hysteresis based on the
Preisach theory. This model can generate hysteresis trajectories for both symmetrical and …

Fast computational methods for Preisach-based models and their inverses are presented.
The methods are based on a differential equation approach to computing a sequence of …