The paper presents a theoretical and experimental study of the behaviour of a FeSi80% magnetic alloy excited by a full rectified current. The experimental bench is described and the measured curve, called ΔB dynamic curve, is analysed using the dynamic Preisach model. A model including local and global dynamic effects is developed and a very close agreement with experimental data is found
The main aspects of hysteresis in magnetic materials are reviewed, and some theoretical methods for ...
The dynamic Preisach model is applied to the study of Fe-based and Co-based amorphous alloys, chara...
© 2017 IEEE. This paper introduces a comparative study of two different hysteresis models, limiting ...
The paper presents a theoretical and experimental study of the behaviour of a FeSi80% magnetic allo...
The presented work constitutes a contribution to dynamic behavioural models of the magnetic circuits...
In this paper, the first magnetisation response experimentally observed on 0.5 nim thick sheets made...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
The hard-magnetic soft materials which can sustain high residual magnetic flux density gradually att...
The energetic behavior of several samples of soft magnetic materials excited by inverter voltage sup...
The energetic behavior of several samples of soft magnetic materials excited by inverter have been ...
In this paper we present 2 simplified methods for the evaluation of magnetisation loops in laminated...
This paper compares different energy-based magneto-mechanical models, which describe the magnetizati...
International audienceIn order to understand the behavior of magnetization processes in ferromagneti...
The aim of this paper is to evaluate the magnetic properties and losses of the Fe-9Cr steel under no...
International audienceNowadays, magnetic materials are submitted to extreme working conditions in te...
The main aspects of hysteresis in magnetic materials are reviewed, and some theoretical methods for ...
The dynamic Preisach model is applied to the study of Fe-based and Co-based amorphous alloys, chara...
© 2017 IEEE. This paper introduces a comparative study of two different hysteresis models, limiting ...
The paper presents a theoretical and experimental study of the behaviour of a FeSi80% magnetic allo...
The presented work constitutes a contribution to dynamic behavioural models of the magnetic circuits...
In this paper, the first magnetisation response experimentally observed on 0.5 nim thick sheets made...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
The hard-magnetic soft materials which can sustain high residual magnetic flux density gradually att...
The energetic behavior of several samples of soft magnetic materials excited by inverter voltage sup...
The energetic behavior of several samples of soft magnetic materials excited by inverter have been ...
In this paper we present 2 simplified methods for the evaluation of magnetisation loops in laminated...
This paper compares different energy-based magneto-mechanical models, which describe the magnetizati...
International audienceIn order to understand the behavior of magnetization processes in ferromagneti...
The aim of this paper is to evaluate the magnetic properties and losses of the Fe-9Cr steel under no...
International audienceNowadays, magnetic materials are submitted to extreme working conditions in te...
The main aspects of hysteresis in magnetic materials are reviewed, and some theoretical methods for ...
The dynamic Preisach model is applied to the study of Fe-based and Co-based amorphous alloys, chara...
© 2017 IEEE. This paper introduces a comparative study of two different hysteresis models, limiting ...