Add to ORKGgratefully acknowledged. This article describes a topology of three-phase transverse flux machine and the derivation of an analytical model which does not exist in the literature. Three dimensional finite element analysis is also used to get more accurate results. Steps carried out to obtain a better power factor are presented
The transverse-flux motor, which has the advantage of high torque density, has become one of the res...
The transverse flux permanent magnet generator offers high power density in terms of active mass. Tw...
Linear variable-reluctance permanent-magnet (transverse-flux) motors are capable of producing very h...
Despite transverse flux machines (TFMs) being intrinsically three-dimensional, it is still possible ...
In this paper, a new transverse flux permanent-magnet machine is proposed and implemented. It featur...
Low-speed high-torque applications, e.g. wind energy generation, favor high number of pole solutions...
Transverse Flux Machine (TFM) designs are, in general, based on 3-D Finite Element Methods (FEM). Pr...
The article presents a concept for a new design of the well-known Transverse Flux Machine (TFM) made...
Transverse Flux Machines (TFM) exhibit 3-D flux patterns. Their analysis and design are generally ba...
3-dimensional (3D) flux machines accommodate many design and analysis challenges. Transverse flux ma...
In this paper a virtual mutual inductance approach is used to analyse the performance of transverse ...
High torque and power density are unique merits of transverse flux machines (TFMs). TFMs are particu...
This paper presents a new transverse flux permanent magnet machine. In a normal transverse flux mach...
Modeling the 3-D flux patterns within Transverse Flux Machines (TFM) is one of the main challenges d...
The high torque density of a transverse flux permanent magnet (TFPM) machine makes it a promising so...
The transverse-flux motor, which has the advantage of high torque density, has become one of the res...
The transverse flux permanent magnet generator offers high power density in terms of active mass. Tw...
Linear variable-reluctance permanent-magnet (transverse-flux) motors are capable of producing very h...
Despite transverse flux machines (TFMs) being intrinsically three-dimensional, it is still possible ...
In this paper, a new transverse flux permanent-magnet machine is proposed and implemented. It featur...
Low-speed high-torque applications, e.g. wind energy generation, favor high number of pole solutions...
Transverse Flux Machine (TFM) designs are, in general, based on 3-D Finite Element Methods (FEM). Pr...
The article presents a concept for a new design of the well-known Transverse Flux Machine (TFM) made...
Transverse Flux Machines (TFM) exhibit 3-D flux patterns. Their analysis and design are generally ba...
3-dimensional (3D) flux machines accommodate many design and analysis challenges. Transverse flux ma...
In this paper a virtual mutual inductance approach is used to analyse the performance of transverse ...
High torque and power density are unique merits of transverse flux machines (TFMs). TFMs are particu...
This paper presents a new transverse flux permanent magnet machine. In a normal transverse flux mach...
Modeling the 3-D flux patterns within Transverse Flux Machines (TFM) is one of the main challenges d...
The high torque density of a transverse flux permanent magnet (TFPM) machine makes it a promising so...
The transverse-flux motor, which has the advantage of high torque density, has become one of the res...
The transverse flux permanent magnet generator offers high power density in terms of active mass. Tw...
Linear variable-reluctance permanent-magnet (transverse-flux) motors are capable of producing very h...