Cheng Gong
Georgia Institute of Technology
H-index: 14
North America-United States
Top articles of Cheng Gong
Analysis and Validation of Current Ripple Induced PWM Switching Noise and Vibration for Electric Vehicles
2023/5/8
Design and experimental analysis of an ultra-high speed switched reluctance machine with aerostatic bearings
IEEE Transactions on Transportation Electrification
2022/11/16
Cheng Gong
H-Index: 9
Thomas Habetler
H-Index: 44
Electric Motor and Power Electronics NVH Control Strategies for Electric Propulsion Systems of Battery Electric Vehicles
2022/10/9
E-motor NVH analysis for PWM induced current ripples in EV applications
2022/10/9
Design and optimization of a high-torque-density low-torque-ripple vernier machine using ferrite magnets for direct-drive applications
IEEE Transactions on Industrial Electronics
2021/6/24
Cheng Gong
H-Index: 9
Fang Deng
H-Index: 4
Demagnetization Analysis of a Split-Tooth Concentrated-Winding Vernier Machine using Halbach-array-based Ferrite Magnets
2021/5/17
Cheng Gong
H-Index: 9
Fang Deng
H-Index: 4
Design and Optimization of a Low-Torque-Ripple High-Torque-Density Vernier Machine Using Ferrite Magnets for Low-Speed Direct-Drive Applications
2021/5/17
Cheng Gong
H-Index: 9
Fang Deng
H-Index: 4
A deep reinforcement learning approach for the energy-aimed train timetable rescheduling problem under disturbances
IEEE Transactions on Transportation Electrification
2021/4/26
Energy-saving optimization strategy of multi-train metro timetable based on dual decision variables: A case study of Shanghai Metro line one
Journal of Rail Transport Planning & Management
2021/3/1
Design of Ultrahigh-Speed Switched Reluctance Machines
2020/9/9
Cheng Gong
H-Index: 9
Thomas Habetler
H-Index: 44
High-strength rotor design for ultra-high speed switched reluctance machines
IEEE Transactions on Industry Applications
2020/1/13
Cheng Gong
H-Index: 9
Thomas Habetler
H-Index: 44
A real-time train timetable rescheduling method based on deep learning for metro systems energy optimization under random disturbances
Journal of Advanced Transportation
2020/12/12
Acoustic modeling and prediction of ultrahigh-speed switched reluctance machines based on multiphysics finite element analysis
IEEE Transactions on Industry Applications
2020/10/1
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