Special Session 7: Sound Vibration Characteristics and Intelligent Fault Diagnosis of Special Machine and High Voltage Appliances at Complex Working Conditions
Special machine and high-voltage electrical equipment are key components in power systems for generation, transmission, distribution, and consumption. During electromagnetic conversion, they undergo periodic and non-periodic mechanical processes. These processes include the vibration and noise generation and propagation of rotating and stationary (motors, transformers, switches, etc.) electromechanical devices under normal and abnormal operating conditions, as well as fault warning and diagnosis. Research on these processes involves fields such as physics, acoustics, electronics, and mechanics. This special issue is dedicated to exploring the fascinating mechanisms, development processes, and analytical methods of vibration and noise in electromagnetic conversion.
Contributions across a wide spectrum of topics are encouraged, including but not limited to:
•
Mechanism of electromagnetic vibration
and noise generation, mathematical
modeling and physical simulation
• Transmission of vibration and noise of
induction motors and permanent magnet
motors
• Transmission of vibration and noise of
transformer and reactor
• Switch vibration and noise propagation
• High frequency acoustic propagation
• Ultrasonic
• Fault diagnosis
• Advanced electromagnetic equipment
vibration and noise monitoring device
• Electromagnetic equipment vibration and
noise suppression technology
• AI in vibration and noise of
electromagnetic equipment
As this topic encompasses multidisciplinary areas, research on the coupling between physics and physiology is also welcomed.
Special Session Chair
|
Dezhi Chen, Shenyang University of Technology, China |
Biography:
Dezhi Chen received the Ph.D. degree in
electrical engineering from Shenyang
University of Technology, Shenyang,
China, in 2014. From 2014 to 2015, he
was a post-doctoral fellow in Hanyang
University, Korea. He is currently a
professor with the School of Electrical
Engineering, Shenyang University of
Technology, Shenyang, China. His
research interests include design and
analysis of power transformers, material
and special electric machines.