Zerrendatu honen arabera: non argitaratua "IEEE Workshop on Electrical Machines Design, Control and Diagnosis (WEMDCD)"
4-tik 1-4 emaitza erakusten
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Comparative Study on Torque Ripple Reduction Techniques for an Automotive Permanent Magnet Motor without Skew
(IEEE, 2025)Permanent magnet motors are a good choice for Electric Vehicles (EV) due to their high power density and efficiency. Additionally, reducing torque ripple is important to ensure comfortable and silent vehicles. To achieve ... -
DC-link sensor Fault Detection and isolation for railway traction electric drives
(IEEE, 2017)This article presents the design and the implementation of a fault detection and isolation strategy for sensors in variable speed drives. Electric drives use several current and voltage sensors for control and protection. ... -
Methodology to Study Demagnetization Risk in Permanent Magnet Machines by Finite Element Method
(IEEE, 2017)Nowadays the majority of applications are demanding more and more compact, cost effective and robust solutions for their electric drives. In this context permanent magnet synchronous machines are considered as a good ... -
Optimisation of an Automotive Permanent Magnet Motor with Low Coercivity Recycled Magnets Considering Demagnetisation
(IEEE, 2025)Permanent Magnets (PM) containing Rare Earth Elements (REE) are widely used in the automotive industry to achieve power-dense and efficient motor designs. However, their supply chain is highly vulnerable and subject to ...
