A comparison of two developed simulation models for a hybrid magnetic bearing (HMB) transient states is presented. This applies to analyses using the flux-circuit directly coupled magnetic equivalent circuit and field-circuit indirectly coupled finite element analysis. The required control system was implemented for both models. The results obtained from the simulations were compared with those obtained from measurement tests
Survey of patents on bearings indicates the maturity of hydrodynamic and rapid development of magnet...
This paper investigates a novel integrated AC–DC hybrid magnetic bearing (HMB) to reduce the volume,...
For active magnetic bearings (AMBs) to be used with confidence in industrial applications, the safe ...
This paper's proposed (HMB) model is dedicated and simulated to offer the transient condition. This ...
The paper presents a simulation model of the hybrid magnetic bearing dedicated to simulations of tra...
The paper presents simulation and experimental verification of the hybrid magnetic bearing (HMB) per...
The combined radial-axial magnetic bearing (CRAMB) with permanent magnet creating bias flux can redu...
This paper discusses the proposal, realization, controlling system implementation and function verif...
This paper is devoted to the modelling and simulation of a prototype micro magnetic bearing system. ...
In this paper, an analytical model of a homopolar magnetic bearing, based on a magnetic equivalent c...
This paper presents two mathematical models for temperature field analysis in a new hybrid magnetic ...
A code for designing magnetic bearings is described. The code generates curves from magnetic circuit...
The present paper deals with the transient magnetic model of the magnetorheological (MR) damper and ...
In order to overcome the shortcoming of magnetic bearings whereby general mathematical models of the...
In this article, hybrid factor is proposed for hybrid magnetic bearing. The hybrid factor is defined...
Survey of patents on bearings indicates the maturity of hydrodynamic and rapid development of magnet...
This paper investigates a novel integrated AC–DC hybrid magnetic bearing (HMB) to reduce the volume,...
For active magnetic bearings (AMBs) to be used with confidence in industrial applications, the safe ...
This paper's proposed (HMB) model is dedicated and simulated to offer the transient condition. This ...
The paper presents a simulation model of the hybrid magnetic bearing dedicated to simulations of tra...
The paper presents simulation and experimental verification of the hybrid magnetic bearing (HMB) per...
The combined radial-axial magnetic bearing (CRAMB) with permanent magnet creating bias flux can redu...
This paper discusses the proposal, realization, controlling system implementation and function verif...
This paper is devoted to the modelling and simulation of a prototype micro magnetic bearing system. ...
In this paper, an analytical model of a homopolar magnetic bearing, based on a magnetic equivalent c...
This paper presents two mathematical models for temperature field analysis in a new hybrid magnetic ...
A code for designing magnetic bearings is described. The code generates curves from magnetic circuit...
The present paper deals with the transient magnetic model of the magnetorheological (MR) damper and ...
In order to overcome the shortcoming of magnetic bearings whereby general mathematical models of the...
In this article, hybrid factor is proposed for hybrid magnetic bearing. The hybrid factor is defined...
Survey of patents on bearings indicates the maturity of hydrodynamic and rapid development of magnet...
This paper investigates a novel integrated AC–DC hybrid magnetic bearing (HMB) to reduce the volume,...
For active magnetic bearings (AMBs) to be used with confidence in industrial applications, the safe ...