Abstract- This work presents an accurate and detailed analysis of the magnetic radial force density of a PM machine with 12-teeth/10-poles winding topology. The air-gap radial force density distribution of the studied PM machine, as function of angular position and corresponding space harmonics (modes) is analysed using a combination of finite elements (FE) and analytical methods. It is shown that, due to the presence of a large number of low and high order space MMF harmonics, low frequency modes of vibration are excited in this type of machines
In PM machines with curve shaped magnets the magnetization can have parallel or radial direction. Th...
International audienceThis paper presents the full analysis of the vibration behaviour responsible f...
This paper aims to define a minimum set of finite-element (FE) solutions to be used in the design an...
The PhD research work presented in this thesis deals with radial magnetics forces and vibration in l...
The partitioned stator switched-flux permanent magnet (PM) (SFPM) (PS-SFPM) machine is a novel stato...
Abstract- The aim of this paper is to find the best concentrated windings layouts for high pole numb...
Stator-permanent magnet (PM) (Stator-PM) machines include doubly salient PM, flux reversal PM (FRPM)...
Permanent magnet synchronous motor( PMSM) having the following characteristics of high efficiency,hi...
In permanent-magnet synchronous machines (PMSMs) electromagnetic forces are identified as the princi...
There are three principal sources of noise and vibration in electrical machines: electromagnetic sou...
Fractional-slot permanent-magnet (PM) machines have several advantages, but they suffer from the hig...
Addressing the problem of the vibration and noise of a permanent-magnet synchronous motor (PMSM), th...
In general, a motor using a permanent magnet tends to have a high output density. In addition, high-...
We present a method to analyze magnetically induced rotor vibrations in an interior permanent magnet...
Abstract- The fractional unbalanced windings are often used in case of low-speed motors and generato...
In PM machines with curve shaped magnets the magnetization can have parallel or radial direction. Th...
International audienceThis paper presents the full analysis of the vibration behaviour responsible f...
This paper aims to define a minimum set of finite-element (FE) solutions to be used in the design an...
The PhD research work presented in this thesis deals with radial magnetics forces and vibration in l...
The partitioned stator switched-flux permanent magnet (PM) (SFPM) (PS-SFPM) machine is a novel stato...
Abstract- The aim of this paper is to find the best concentrated windings layouts for high pole numb...
Stator-permanent magnet (PM) (Stator-PM) machines include doubly salient PM, flux reversal PM (FRPM)...
Permanent magnet synchronous motor( PMSM) having the following characteristics of high efficiency,hi...
In permanent-magnet synchronous machines (PMSMs) electromagnetic forces are identified as the princi...
There are three principal sources of noise and vibration in electrical machines: electromagnetic sou...
Fractional-slot permanent-magnet (PM) machines have several advantages, but they suffer from the hig...
Addressing the problem of the vibration and noise of a permanent-magnet synchronous motor (PMSM), th...
In general, a motor using a permanent magnet tends to have a high output density. In addition, high-...
We present a method to analyze magnetically induced rotor vibrations in an interior permanent magnet...
Abstract- The fractional unbalanced windings are often used in case of low-speed motors and generato...
In PM machines with curve shaped magnets the magnetization can have parallel or radial direction. Th...
International audienceThis paper presents the full analysis of the vibration behaviour responsible f...
This paper aims to define a minimum set of finite-element (FE) solutions to be used in the design an...