This paper presents a novel design for direct-on-line (DOL) Synchronous Reluctance motors, using optimal rotor lamination design for both the synchronous structure and the asynchronous part that guarantees the DOL starting capability. Pros and cons of the approach are highlighted and analysis outcome is compared with prototype test results
The automated design of Synchronous Reluctance motors based on Multi-Objective, Genetic Optimization...
D.Phil. (Electrical Engineering)Abstract: This thesis presents a novel Synchronous Reluctance Motor ...
A new procedure for the design and optimization of the rotor laminations of a synchronous reluctance...
This paper presents a novel design for direct-on-line (DOL) Synchronous Reluctance motors, using opt...
The energy efficiency standards for the direct-on-line motors are more limiting and harder to achiev...
This study presents two design methodologies for high-speed synchronous reluctance (REL) machines. T...
The design of line-start Synchronous Reluctance machines is proposed, based on the state of the art ...
This theses is related to design of synchronous reluctance motors of the transverse-laminated type. ...
Synchronous reluctance machines, including the per¬manent magnet assisted variants are competitive m...
A design approach oriented to minimization of torque ripple is presented for synchronous reluctance ...
This paper deals with the design of a Synchronous Reluctance motor for full-electric vehicle applica...
Within the field of industry applications, the induction machine (IM) is the most used motor type, d...
This paper focuses on studying the synchronous reluctance motors as an alternative to low-power comm...
Synchronous reluctance machines are promising electric machines for energy savings. Several papers i...
A general design approach is presented, for synchronous reluctance servomotors. The choice of the ro...
The automated design of Synchronous Reluctance motors based on Multi-Objective, Genetic Optimization...
D.Phil. (Electrical Engineering)Abstract: This thesis presents a novel Synchronous Reluctance Motor ...
A new procedure for the design and optimization of the rotor laminations of a synchronous reluctance...
This paper presents a novel design for direct-on-line (DOL) Synchronous Reluctance motors, using opt...
The energy efficiency standards for the direct-on-line motors are more limiting and harder to achiev...
This study presents two design methodologies for high-speed synchronous reluctance (REL) machines. T...
The design of line-start Synchronous Reluctance machines is proposed, based on the state of the art ...
This theses is related to design of synchronous reluctance motors of the transverse-laminated type. ...
Synchronous reluctance machines, including the per¬manent magnet assisted variants are competitive m...
A design approach oriented to minimization of torque ripple is presented for synchronous reluctance ...
This paper deals with the design of a Synchronous Reluctance motor for full-electric vehicle applica...
Within the field of industry applications, the induction machine (IM) is the most used motor type, d...
This paper focuses on studying the synchronous reluctance motors as an alternative to low-power comm...
Synchronous reluctance machines are promising electric machines for energy savings. Several papers i...
A general design approach is presented, for synchronous reluctance servomotors. The choice of the ro...
The automated design of Synchronous Reluctance motors based on Multi-Objective, Genetic Optimization...
D.Phil. (Electrical Engineering)Abstract: This thesis presents a novel Synchronous Reluctance Motor ...
A new procedure for the design and optimization of the rotor laminations of a synchronous reluctance...
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