Add to ORKGAbstract—The paper deals with a new type of the reluctant linear transverse flux machine. Different possibilities to improve the basic structure's performance are outlined. The improved machine structure is compared with that of the initial one by means of FEM-based numerical magnetic field analysis. The flux densities in the two types of machines and their static characteristics (tangential and normal forces vs. displacement) are compared. The laboratory model of the improved machine is also given in the paper. I
Transverse flux machines (TFM) can be designed with high pole numbers, so they are very useful in di...
High power and torque densities have been claimed for transverse flux structures over the convention...
In this paper, a new transverse flux permanent-magnet machine is proposed and implemented. It featur...
Abstract – This paper deals with a few aspects concerning the construction of a linear transverse fl...
Abstract. This paper deals with a new type of tubular electrical machine which can develop high forc...
This paper presents a comprehensive comparison between conventional (longitudinal flux) linear switc...
As members of doubly salient magnetless linear machines, linear variable flux reluctance (LVFR) and ...
This article presents a new comprehensive design procedure for longitudinal flux flat linear switche...
A new structure of a linear switched reluctance motor is proposed in this paper. With the permanent ...
Abstract—There is an impetuous need for easy-to-build electrical machines with high specific thrust ...
Linear switched reluctance motors are a focus of study for many applications because of their simple...
In the paper the influence of application of permanent magnets in the new construction of the modula...
The work is concerned with studies of a novel form of electric machine, the variable reluctance perm...
Abstract – This paper deals with two types of variable reluctance machines, both having linear movem...
This paper investigates the design of alternative permanent magnet linear machines for use as the ge...
Transverse flux machines (TFM) can be designed with high pole numbers, so they are very useful in di...
High power and torque densities have been claimed for transverse flux structures over the convention...
In this paper, a new transverse flux permanent-magnet machine is proposed and implemented. It featur...
Abstract – This paper deals with a few aspects concerning the construction of a linear transverse fl...
Abstract. This paper deals with a new type of tubular electrical machine which can develop high forc...
This paper presents a comprehensive comparison between conventional (longitudinal flux) linear switc...
As members of doubly salient magnetless linear machines, linear variable flux reluctance (LVFR) and ...
This article presents a new comprehensive design procedure for longitudinal flux flat linear switche...
A new structure of a linear switched reluctance motor is proposed in this paper. With the permanent ...
Abstract—There is an impetuous need for easy-to-build electrical machines with high specific thrust ...
Linear switched reluctance motors are a focus of study for many applications because of their simple...
In the paper the influence of application of permanent magnets in the new construction of the modula...
The work is concerned with studies of a novel form of electric machine, the variable reluctance perm...
Abstract – This paper deals with two types of variable reluctance machines, both having linear movem...
This paper investigates the design of alternative permanent magnet linear machines for use as the ge...
Transverse flux machines (TFM) can be designed with high pole numbers, so they are very useful in di...
High power and torque densities have been claimed for transverse flux structures over the convention...
In this paper, a new transverse flux permanent-magnet machine is proposed and implemented. It featur...