We present a parametrised Preisach-type model that describes the hysteresis exhibited by the high temperature superconductors (HTSC); hysteresis is the main cause for losses in the subcritical domain. The parametrised model, in combination with electrical measurements, is independent of geometry, number of filaments and other physical measures, and is identified by a novel method that uses electrical lock-in (loss) measurement technique, which greatly enhances the signal to noise ratio. Identification results from measurements on Bi-2223 multi-filamentary tapes are presented. We have further derived exact models for the hysteretic losses in strip and elliptic geometry strips, where the energy losses were calculated by Norris. The paper cont...
The extended Preisach model is used extensively in precision control for its ability to model and th...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...
We present a parametrised Preisach-type model that describes the hysteresis exhibited by the high te...
© 2015 AIP Publishing LLC. This paper presents a new Preisach type hysteresis model for the high tem...
. An identification method for Preisach-type models of hysteresis is presented. By using a phenomeno...
This paper presents a hysteresis model for Type-II high temperature superconductor (HTS) by using si...
Even though Isaak Mayergoyz described it as: “much more accurate for the description of superconduct...
Superconductors of type-II are partially penetrated by magnetic flux, where the pinning of flux tube...
The classic Preisach model is used to describe a general hysteretic behaviour, and as most nonlinear...
Alternating current (AC) or magnetic field leads to heat generation in otherwise lossless supercondu...
The ongoing research has largely been focused on the development of mathematical models of hystereti...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
This thesis deals with the losses generated during electrodynamic transients in second generation Hi...
The extended Preisach model is used extensively in precision control for its ability to model and th...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...
We present a parametrised Preisach-type model that describes the hysteresis exhibited by the high te...
© 2015 AIP Publishing LLC. This paper presents a new Preisach type hysteresis model for the high tem...
. An identification method for Preisach-type models of hysteresis is presented. By using a phenomeno...
This paper presents a hysteresis model for Type-II high temperature superconductor (HTS) by using si...
Even though Isaak Mayergoyz described it as: “much more accurate for the description of superconduct...
Superconductors of type-II are partially penetrated by magnetic flux, where the pinning of flux tube...
The classic Preisach model is used to describe a general hysteretic behaviour, and as most nonlinear...
Alternating current (AC) or magnetic field leads to heat generation in otherwise lossless supercondu...
The ongoing research has largely been focused on the development of mathematical models of hystereti...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
This thesis deals with the losses generated during electrodynamic transients in second generation Hi...
The extended Preisach model is used extensively in precision control for its ability to model and th...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...
Hysteretic loss optimisations through numerical simulation and subsequent experimental confirmation ...