Search Results - "Afrandideh, Saeed" :: K.UTB vyhledávací portál

Two modified DFT‐based algorithms for fundamental phasor estimation

by Afrandideh, Saeed, Arabshahi, Mohammad Reza, Fazeli, Seyed Mahdi
Published in IET generation, transmission & distribution (01.08.2022)

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A Modified DFT-Based Phasor Estimation Algorithm Using an FIR Notch Filter

by Afrandideh, Saeed
Published in IEEE transactions on power delivery (01.04.2023)

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A DFT-based phasor estimation method robust to primary and secondary decaying DC components

by Afrandideh, Saeed, Haghjoo, Farhad
Published in Electric power systems research (01.07.2022)

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A Simple Flux-Based Technique to Specify the Faulty Pole of the Salient Pole Synchronous Machines

by Milasi, Mostafa Eshaghi, Afrandideh, Saeed, Haghjoo, Farhad
Published in IEEE transactions on energy conversion (01.03.2021)

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Detection of Turn-to-Turn Faults in the Stator and Rotor of Synchronous Machines During Startup

by Afrandideh, Saeed, Haghjoo, Farhad, Cruz, Sergio, Eshaghi Milasi, Mostafa
Published in IEEE transactions on industrial electronics (1982) (01.08.2021)

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Turn to Turn Fault Detection, Discrimination, and Faulty Region Identification in the Stator and Rotor Windings of Synchronous Machines Based on the Rotational Magnetic Field Distortion

by Afrandideh, Saeed, Milasi, Mostafa Eshaghi, Haghjoo, Farhad, Cruz, Sergio M. A.
Published in IEEE transactions on energy conversion (01.03.2020)

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Journal Article

Two modified DFT‐based algorithms for fundamental phasor estimation

A Modified DFT-Based Phasor Estimation Algorithm Using an FIR Notch Filter

A DFT-based phasor estimation method robust to primary and secondary decaying DC components

A Simple Flux-Based Technique to Specify the Faulty Pole of the Salient Pole Synchronous Machines

Detection of Turn-to-Turn Faults in the Stator and Rotor of Synchronous Machines During Startup

Turn to Turn Fault Detection, Discrimination, and Faulty Region Identification in the Stator and Rotor Windings of Synchronous Machines Based on the Rotational Magnetic Field Distortion

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