Abstract — In order to ensure life safety, differential circuits breakers are employed. These devices are usually made of different parts. One of the parts that will be described in this paper is the electromagnetic relay. The actuator must be modeled with a great accuracy in order to predict if the circuit breaker will open of an eventual fault occurs. In this paper, the dynamical behavior of the relay is studied. Two accurate dynamical laws of the magnetic material are taken into account and tested. I
Ferromagnetic materials, such as steel, are used for shielding of power and telecommunication cables...
The work discusses the extraction of the uncommon hysteresis parameters as a function of the magneti...
Division of Biological Measurement and Applications, Institute of Nature and Environmental Technolog...
Abstract — In order to ensure life safety, differential circuit breakers are employed. These devices...
Electromagnetic relay modeling is elaborated using a magnetic equivalent circuit (MEC). The lumped p...
The paper presents a method of damping of mechanical vibrations by ap-plication of electromagnetic a...
The presented work constitutes a contribution to dynamic behavioural models of the magnetic circuits...
In this paper, a novel multiphysics and nonlinear model for electromechanical relays is presented. T...
Abstract: The paper deals with a comparison of two published approaches to modelling the properties ...
Eddy currents forces may play a significant role in magnetic bearings. They generate losses and ind...
International audienceIn electromagnetic applications, hysteresis phenomena in magnetic materials ar...
The paper focuses on modeling the rate dependence of hysteresis loops in conductive magnetic materia...
We propose a simplified dynamic hysteresis model for the prediction of magnetization behavior of ele...
Abstract: Presented a schematic diagram of developed voltage regulator with electronic switching ele...
As a key to understand dynamic performances of MR dampers, a comprehensive dynamic magnetic circuit ...
Ferromagnetic materials, such as steel, are used for shielding of power and telecommunication cables...
The work discusses the extraction of the uncommon hysteresis parameters as a function of the magneti...
Division of Biological Measurement and Applications, Institute of Nature and Environmental Technolog...
Abstract — In order to ensure life safety, differential circuit breakers are employed. These devices...
Electromagnetic relay modeling is elaborated using a magnetic equivalent circuit (MEC). The lumped p...
The paper presents a method of damping of mechanical vibrations by ap-plication of electromagnetic a...
The presented work constitutes a contribution to dynamic behavioural models of the magnetic circuits...
In this paper, a novel multiphysics and nonlinear model for electromechanical relays is presented. T...
Abstract: The paper deals with a comparison of two published approaches to modelling the properties ...
Eddy currents forces may play a significant role in magnetic bearings. They generate losses and ind...
International audienceIn electromagnetic applications, hysteresis phenomena in magnetic materials ar...
The paper focuses on modeling the rate dependence of hysteresis loops in conductive magnetic materia...
We propose a simplified dynamic hysteresis model for the prediction of magnetization behavior of ele...
Abstract: Presented a schematic diagram of developed voltage regulator with electronic switching ele...
As a key to understand dynamic performances of MR dampers, a comprehensive dynamic magnetic circuit ...
Ferromagnetic materials, such as steel, are used for shielding of power and telecommunication cables...
The work discusses the extraction of the uncommon hysteresis parameters as a function of the magneti...
Division of Biological Measurement and Applications, Institute of Nature and Environmental Technolog...