Short Biography
As the project leader, I have presided over and undertaken more than 10 scientific research projects, including *** Key Application Demonstration Projects, JMRH Major Projects, Special Fund Projects for the Development of Strategic Emerging Industries in Key Fields, General Programs of the National Natural Science Foundation of China, General Programs of the Beijing Natural Science Foundation, and Key Projects of the Aerospace Science and Technology Innovation Fund. I have published more than 30 SCI-indexed papers as the first author or corresponding author, applied for/authorized more than 30 national invention patents, and won the First Prize of Provincial and Ministerial-level Technological Invention Award in 2016.
Research Area
Research on Key Technologies and Applications of High-Speed and High-Efficiency Linear Electric Drive Mechanisms
It mainly includes the integrated mechanical-electromagnetic-thermal optimization design of high-speed and high-efficiency linear motors, high-precision control and drive methods for linear motors, real-time path planning and dynamic adjustment of ultra-large-scale transportation systems composed of linear drive mechanisms, as well as research on the system's application in underground pipeline transportation and logistics systems.
Research on Key Technologies and Applications of High-Speed and High-Precision Magnetically Levitated (Maglev) Universal Displacement Platforms
It mainly includes the integrated mechanical-electromagnetic-thermal optimization design of large-air-gap maglev stators and suspension plates, high-precision suspension and high-speed/high-dynamic drive methods for maglev plates, real-time path planning, scheduling and control of multi-suspension plates in maglev universal displacement platforms, as well as research on the platform's application in high-end equipment manufacturing and ultra-high cleanliness transportation systems.
Control and Applications of High-Performance Magnetic Bearings and Maglev Motors
It mainly includes magnetic bearing control technology, high-precision displacement sensors and detection, testing and verification technologies for maglev electromechanical equipment, as well as the control and applications of magnetic bearings, maglev motors, and inertial stabilization platforms.
Courses
Papers & Books
