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Modeling and Optimal Design of an Eddy Current Coupling for Slip-Synchronous Permanent Magnet Wind Generators

Type: Journal Paper

Author : Mouton, Zac; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Design optimisation of field-intensified permanent magnet machine

Type: Conference Paper

Author : Prins, Michiel H.A.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Evaluation, application and comparison of a double-rotor toothed toroidal winding wind generator over a wide power range

Type: Conference Paper

Author : Potgieter, Johannes H.J.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Flux barrier and skew design optimisation of reluctance synchronous machines

Type: Conference Paper

Author : Howard, Eduan; Kamper, Maarten J.; Gerber, Stiaan

Publisher: IEEE

Year: 2014

Modeling and Stability Analysis of a Direct-Drive Direct-Grid Slip–Synchronous Permanent-Magnet Wind Generator

Type: Journal Paper

Author : Potgieter, Johannes H. J.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Calculation Methods and Effects of End-Winding Inductance and Permanent-Magnet End Flux on Performance Prediction of Nonoverlap Winding Permanent-Magnet Machines

Type: Journal Paper

Author : Potgieter, Johannes H. J.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Variable-Gear EV Reluctance Synchronous Motor Drives—An Evaluation of Rotor Structures for Position-Sensorless Control

Type: Journal Paper

Author : Villet, W.T.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

Optimum Design and Comparison of Slip Permanent-Magnet Couplings With Wind Energy as Case Study Application

Type: Journal Paper

Author : Potgieter, Johannes H. J.; Kamper, Maarten J.

Publisher: IEEE

Year: 2014

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Modeling and Optimal Design of an Eddy Current Coupling for Slip-Synchronous Permanent Magnet Wind Generators

Design optimisation of field-intensified permanent magnet machine

Evaluation, application and comparison of a double-rotor toothed toroidal winding wind generator over a wide power range

Flux barrier and skew design optimisation of reluctance synchronous machines

Modeling and Stability Analysis of a Direct-Drive Direct-Grid Slip–Synchronous Permanent-Magnet Wind Generator

Calculation Methods and Effects of End-Winding Inductance and Permanent-Magnet End Flux on Performance Prediction of Nonoverlap Winding Permanent-Magnet Machines

Variable-Gear EV Reluctance Synchronous Motor Drives—An Evaluation of Rotor Structures for Position-Sensorless Control

Optimum Design and Comparison of Slip Permanent-Magnet Couplings With Wind Energy as Case Study Application

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Modeling and Optimal Design of an Eddy Current Coupling for Slip-Synchronous Permanent Magnet Wind Generators

Design optimisation of field-intensified permanent magnet machine

Evaluation, application and comparison of a double-rotor toothed toroidal winding wind generator over a wide power range

Flux barrier and skew design optimisation of reluctance synchronous machines

Modeling and Stability Analysis of a Direct-Drive Direct-Grid Slip&#x2013;Synchronous Permanent-Magnet Wind Generator

Calculation Methods and Effects of End-Winding Inductance and Permanent-Magnet End Flux on Performance Prediction of Nonoverlap Winding Permanent-Magnet Machines

Variable-Gear EV Reluctance Synchronous Motor Drives&#x2014;An Evaluation of Rotor Structures for Position-Sensorless Control

Optimum Design and Comparison of Slip Permanent-Magnet Couplings With Wind Energy as Case Study Application

Modeling and Stability Analysis of a Direct-Drive Direct-Grid Slip–Synchronous Permanent-Magnet Wind Generator

Variable-Gear EV Reluctance Synchronous Motor Drives—An Evaluation of Rotor Structures for Position-Sensorless Control