This paper deals with the study of discoidal Permanent Magnet machines using a method of field calculation based on the magnetic charges theory. This fast calculation method enables a systematic study of these devices. The presented method has been validated by a comparison with the classical FE method. Three kinds of discoidal machines are studied and compared. The first is a classical machine with axially magnetized magnets with iron stator and rotor cores. The second and third use simple Halbach array configurations for the magnets with iron and ironless rotor core. This study illustrates the interest of the Halbach structures for this type of device
The thesis deals with axial and radial flux permanent magnet machines with air gap windings and an i...
A comparison between different analytical and finite-element (FE) tools for the computation of coggi...
This paper estimates the magnetic flux density components in the slotless single-sided axial flux pe...
This paper deals with the study of discoidal Permanent Magnet machines using a method of field calcu...
This paper describes the study of an original permanent magnet device. This device works as both a c...
This thesis explores aspects of the design, analysis, and experimental test of permanent magnet axia...
This thesis deals with axial flux permanent magnet machines. It is divided into four parts. The firs...
In this master thesis various constructions of axial flux generators and their usage are discussed. ...
This article concerns the modeling and design of a slitted stator core for single-sided axial-flux p...
This dissertation presents the axial flux permanent magnet (AFPM) machine with sinusoidal shaped pol...
This article proposes a methodology for the design of double-sided coreless axial flux permanent mag...
The paper focuses on methodologies for field simulation in magnetically linear devices using an exam...
A novel coil design for permanent magnet axial flux machines is presented. An analysis of its perfor...
The paper presents a study of the torque production in a novel vernier-type axial-flux permanent mag...
This paper concerns the optimization and comparison of six different axial-flux permanent magnet (AF...
The thesis deals with axial and radial flux permanent magnet machines with air gap windings and an i...
A comparison between different analytical and finite-element (FE) tools for the computation of coggi...
This paper estimates the magnetic flux density components in the slotless single-sided axial flux pe...
This paper deals with the study of discoidal Permanent Magnet machines using a method of field calcu...
This paper describes the study of an original permanent magnet device. This device works as both a c...
This thesis explores aspects of the design, analysis, and experimental test of permanent magnet axia...
This thesis deals with axial flux permanent magnet machines. It is divided into four parts. The firs...
In this master thesis various constructions of axial flux generators and their usage are discussed. ...
This article concerns the modeling and design of a slitted stator core for single-sided axial-flux p...
This dissertation presents the axial flux permanent magnet (AFPM) machine with sinusoidal shaped pol...
This article proposes a methodology for the design of double-sided coreless axial flux permanent mag...
The paper focuses on methodologies for field simulation in magnetically linear devices using an exam...
A novel coil design for permanent magnet axial flux machines is presented. An analysis of its perfor...
The paper presents a study of the torque production in a novel vernier-type axial-flux permanent mag...
This paper concerns the optimization and comparison of six different axial-flux permanent magnet (AF...
The thesis deals with axial and radial flux permanent magnet machines with air gap windings and an i...
A comparison between different analytical and finite-element (FE) tools for the computation of coggi...
This paper estimates the magnetic flux density components in the slotless single-sided axial flux pe...