1noIn this paper we apply the physical mathematical model described in Part I [1]. The study shows i) the influence of the eccentricity of two polarized rings of the bearing on the stiffness, ii) the numerical efficiency of the response surfaces for evaluating the magnetic field in any point of the domain fixed, and iii), in relation to a demanding application example (possible replacement of a big axial oleodynamic bearing with a thrust magnetic passive bearing), the danger arising from possible resonances (the natural frequencies of the device are near to the excitation frequencies).openopenMuscia, RobertoMuscia, Robert
This paper presents a parametric study of Halbach magnetized permanent magnet axial bearing made of ...
In the present research work, analytical equations have been developed for design and optimization o...
Magnetic bearings constitute a convincing alternative to classical solutions such as ball and journa...
In this paper we illustrate an analytical numerical model of passive magnetic bearings with axial ma...
The results of numerical and experimental analysis of passive magnetic bearings are presented. The p...
This paper presents a new structure of passive magnetic bearings (PMB) using three ring shape perman...
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Decreasing the maintenance cost and power losses in Axial Flux Permanent Magnet machine using Passiv...
The dynamic properties of rotor supported on passive magnetic bearingsis investigated by means of nu...
This paper deals with the calculation of the force and the stiffness between two ring permanent magn...
The paper presents a numerical model of the novel design of the axial magnetic bearing with six cyli...
This paper concerns null-flux, centering electrodynamic bearings with an internal rotor made of perm...
The electrodynamics of magnetic thrust bearings are characterized by an above-average dependency on ...
In dieser Arbeit werden analytische Gleichungen vorgestellt, mit denen eine schnelle und zugleich ge...
The analysis of the behaviour of Passive Magnetic Bearing in order to achieve an acceptable magnetic...
This paper presents a parametric study of Halbach magnetized permanent magnet axial bearing made of ...
In the present research work, analytical equations have been developed for design and optimization o...
Magnetic bearings constitute a convincing alternative to classical solutions such as ball and journa...
In this paper we illustrate an analytical numerical model of passive magnetic bearings with axial ma...
The results of numerical and experimental analysis of passive magnetic bearings are presented. The p...
This paper presents a new structure of passive magnetic bearings (PMB) using three ring shape perman...
This work deals with generalized three-dimensional (3D) mathematical model to estimate the force and...
Decreasing the maintenance cost and power losses in Axial Flux Permanent Magnet machine using Passiv...
The dynamic properties of rotor supported on passive magnetic bearingsis investigated by means of nu...
This paper deals with the calculation of the force and the stiffness between two ring permanent magn...
The paper presents a numerical model of the novel design of the axial magnetic bearing with six cyli...
This paper concerns null-flux, centering electrodynamic bearings with an internal rotor made of perm...
The electrodynamics of magnetic thrust bearings are characterized by an above-average dependency on ...
In dieser Arbeit werden analytische Gleichungen vorgestellt, mit denen eine schnelle und zugleich ge...
The analysis of the behaviour of Passive Magnetic Bearing in order to achieve an acceptable magnetic...
This paper presents a parametric study of Halbach magnetized permanent magnet axial bearing made of ...
In the present research work, analytical equations have been developed for design and optimization o...
Magnetic bearings constitute a convincing alternative to classical solutions such as ball and journa...