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Browsing publications by Dr Xu Deng

Newcastle AuthorsTitleYearFull text
Dr Xu Deng
A Negative Stiffness Injection Method to Reduce Vibration for PMSM in 5-DoF Magnetic Levitation Systems2025
Dr Rafal Wrobel
Dr Tom Werner
Dr Xu Deng
An Ultra-Lightweight PM Electrical Motor for High-Altitude Platform Applications2025
Dr Xu Deng
Comparative Study of Switched Reluctance Motor Drives With Ring and Tail Topologies2025
Dr Xu Deng
Compensation Strategy for Mechanical Cross-coupling in Magnetic Levitation PMSM System to Reduce Radial Displacement2025
Muhammad Ikhlaq
Sana Ullah
Daniel Smith
Professor Barrie Mecrow
Dr Xu Deng
Estimation of the windage loss and heat transfer characteristics inside the finite length of electrical machines’ airgap based on CFD and MLA2025
Dr Xu Deng
Magnetic-Flux Balance Control to Eliminate Voltage Deviation on Split Phase Capacitor for 4-DOF Bearingless SRM2025
Dr Xu Deng
Phase Commutation Optimized Control for Linear-Rotary Switched Reluctance Motor2025
Jin Xu
Dr Xu Deng
A decimation approach applied in real-time system identification for DC-AC inverters2024
Dr Shafiq Odhano
Dr Xu Deng
Professor Barrie Mecrow
A Review of Modeling and Control of Multi-Phase Induction Motors Under Machine Faults2024
Dr Xu Deng
An Improved Control Strategy to Reduce Torque Spikes and Ripple for Bearingless Switched Reluctance Motors2024
Dr Rafal Wrobel
Dr Tom Werner
Dr Xu Deng
Development of an Ultra-Lightweight PM Electrical Motor for Solar-Powered High-Altitude Platform Applications2024
Dr Xu Deng
Direct Instantaneous Torque and Axial Force Control Method for Linear-Rotary Switched Reluctance Motor with Two Radial Windings2024
Jack Baines
Dr Mike Cade
Dr Xu Deng
Professor Barrie Mecrow
Discrete state-space simulation of a three-phase diode rectifier input2024
Jack Baines
Dr Mike Cade
Dr Xu Deng
Professor Barrie Mecrow
Discrete State-space simulation of a Three-Phase Diode Rectifier Input2024
Dr Xiang Shen
Dr Xu Deng
Professor Barrie Mecrow
Dr Rafal Wrobel
Dr Richard Whalley
Enhancing Heat Transfer Efficiency in Permanent Magnet Machines through Innovative Thermal Design of Stator Windings2024
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