The permanent magnets used for generation of magnetic field in permanent magnet machines are placed in more or less magnetically conducting environment – electrical steel and air. This causes leakage of the magnetic flux from its desired path through the air gap. This paper describes simplified analytical calculation of magnetic properties of five most commonly used placements of permanent magnets and compares obtained leakage factors. A verification of the results via finite element method is also included
This paper presents simple analytical modelling for 2 types of 3-phase surface-mounted permanent mag...
In the paper calculation results of the magnetic field distribution for the DC-machine with permanen...
In this paper, we present basics of modeling of complex magnetic circuits in electromagnetic devices...
The permanent magnets used for generation of magnetic field in permanent magnet machines are placed ...
Abstract – In this paper the magnetic characteristics of surface-mounted permanent magnet machines a...
We present a simple lumped magnetic circuit model for interior permanent-magnet (IPM) machines with ...
The spoke type rotor can be used to obtain magnetic flux concentration in permanent magnet machines....
This paper deals with the analytical and numerical analysis of the flux density distribution in the ...
The detailed magnetic field distribution of a permanent magnet electric motor is very important for ...
This work presents a novel solution for magnetic field calculation in two-dimensional problems in wh...
Airgap leakage flux coefficient is one of the main parameters which must be given ahead of time when...
This article presents the research on the optimum distance (fictitious air gap) between permanent ma...
Permanent magnet transverse flux machine (PMTFM) is well known for its high torque density and is in...
Abstract In coreless axial flux permanent magnet synchronous generators (AFPMSGs), magnetic leakage ...
The objective of this work is to investigate the influence of slotted air gap constructive parameter...
This paper presents simple analytical modelling for 2 types of 3-phase surface-mounted permanent mag...
In the paper calculation results of the magnetic field distribution for the DC-machine with permanen...
In this paper, we present basics of modeling of complex magnetic circuits in electromagnetic devices...
The permanent magnets used for generation of magnetic field in permanent magnet machines are placed ...
Abstract – In this paper the magnetic characteristics of surface-mounted permanent magnet machines a...
We present a simple lumped magnetic circuit model for interior permanent-magnet (IPM) machines with ...
The spoke type rotor can be used to obtain magnetic flux concentration in permanent magnet machines....
This paper deals with the analytical and numerical analysis of the flux density distribution in the ...
The detailed magnetic field distribution of a permanent magnet electric motor is very important for ...
This work presents a novel solution for magnetic field calculation in two-dimensional problems in wh...
Airgap leakage flux coefficient is one of the main parameters which must be given ahead of time when...
This article presents the research on the optimum distance (fictitious air gap) between permanent ma...
Permanent magnet transverse flux machine (PMTFM) is well known for its high torque density and is in...
Abstract In coreless axial flux permanent magnet synchronous generators (AFPMSGs), magnetic leakage ...
The objective of this work is to investigate the influence of slotted air gap constructive parameter...
This paper presents simple analytical modelling for 2 types of 3-phase surface-mounted permanent mag...
In the paper calculation results of the magnetic field distribution for the DC-machine with permanen...
In this paper, we present basics of modeling of complex magnetic circuits in electromagnetic devices...