With the expansion of the fleet of electric and hybrid electric vehicles worldwide, it is of interest to consider recycling aspects of the parts that are introduced in these new vehicles. This paper focuses on the design of an electrical machine, a claw-pole motor, considering recycling of its components. The suggested design has segmented core parts of soft magnetic composites which yield a design very suitable for recycling as the core material is brittle and it thus simplifies the access of the copper winding. The windings are pre-formed ring-coils with a high fill-factor and with no end-windings. Through the use of direct water cooling, employing space between the claws, the current density can be high, and the machine can be compact. T...
With the continuous improvement of magnetic and mechanical properties of soft magnetic composite (SM...
The objective of this paper is to evaluate a single-phase claw pole machine where the magnetic core ...
The introduction of electromobility causes major challenges as new components and materials enter ve...
With the expansion of the fleet of electric and hybrid electric vehicles worldwide, it is of interes...
With the expansion of the fleet of electric and hybrid electric vehicles worldwide, it is of interes...
The main advantage of claw-pole machines lies in their ability to yield higher torque density values...
This paper establishes design principles for rotating recyclable electrical machines (synchronous an...
By using global ring winding, the torque coefficient of the transverse flux machine (TFM) is proport...
This paper describes a design of two miniature claw-pole motors, one single phase and one two-phase ...
Soft magnetic composite (SMC) materials are particularly suitable for application in electrical mach...
Abstract High power‐generation efficiency can be achieved by optimising the shape of the claw pole u...
Volatile prices and severe supply-demand issues have led to the development of a significant researc...
Soft magnetic composite (SMC) material is formed by surface-insulated iron powder particles, generat...
The electrification of consumer cars is one of the most disruptive trends in the history of the auto...
This paper presents the design and analysis of a claw pole/transverse flux motor (CPTFM) with soft m...
With the continuous improvement of magnetic and mechanical properties of soft magnetic composite (SM...
The objective of this paper is to evaluate a single-phase claw pole machine where the magnetic core ...
The introduction of electromobility causes major challenges as new components and materials enter ve...
With the expansion of the fleet of electric and hybrid electric vehicles worldwide, it is of interes...
With the expansion of the fleet of electric and hybrid electric vehicles worldwide, it is of interes...
The main advantage of claw-pole machines lies in their ability to yield higher torque density values...
This paper establishes design principles for rotating recyclable electrical machines (synchronous an...
By using global ring winding, the torque coefficient of the transverse flux machine (TFM) is proport...
This paper describes a design of two miniature claw-pole motors, one single phase and one two-phase ...
Soft magnetic composite (SMC) materials are particularly suitable for application in electrical mach...
Abstract High power‐generation efficiency can be achieved by optimising the shape of the claw pole u...
Volatile prices and severe supply-demand issues have led to the development of a significant researc...
Soft magnetic composite (SMC) material is formed by surface-insulated iron powder particles, generat...
The electrification of consumer cars is one of the most disruptive trends in the history of the auto...
This paper presents the design and analysis of a claw pole/transverse flux motor (CPTFM) with soft m...
With the continuous improvement of magnetic and mechanical properties of soft magnetic composite (SM...
The objective of this paper is to evaluate a single-phase claw pole machine where the magnetic core ...
The introduction of electromobility causes major challenges as new components and materials enter ve...