⟡Team leader Prof. TuanjieLi

⟡Team members

⟡Team introduction

There are 7 teachers and over 40 postgraduates in the team. The projects completed and under progress include key and general programs of NSFC, national 973 Program and aerospace for civilian use, and so on. Some research achievements have been applied to the design and performance analysis of China's communication technology test satellite No. 1 deployable mesh antenna (successfully working in orbit), Tiantong-1 01 mobile communications satellite large-scale space antenna (successfully working in orbit), and the rudder actuator Reaction/kickLink of the C919 plane (test flight succeeded), as well as the design and test of high-speed turbine pump of the liquid rocket engine and the bearing rotor system of the large turbine generator.Over 100 SCI papers have been published, over 10 software copyright registrationsand, over 20 national invention patentshave been obtained. The research team has gained the CASC Qualified Supplier Certificate, and the First Prize of Electronic Information Science and Technology of Chinese Institute of Electronics, and the Second Prize of National Science and Technology Progress Award have been awarded.

⟡Talents, important achievements and awards

1. Second Prize of National Science and Technology Progress Award: design theory, key technology and application of large-scale space deployable antenna

2. First Prize of Electronic Information Science and Technology of Chinese Institute of Electronics: design theory, key technology and application of large-scale space antenna

3. ZuoweiWang 's doctoral dissertation won the university-level excellent doctoral dissertation

⟡Main research areas

1. Deployable mechanism and space antenna

It involves the research on mechanical and thermoelectric coupling of spatial high-precision antennas, cable net forms, passive intermodulation of microwave devices, functional structure wave energy bands, generalized deployable mechanisms/structures, etc.

2. Robotics Technology

It involves the design, analysis, measurement and control of medical rehabilitation robotics, tensegrity robotics, and high-precision collaborative robotics, and so on.

3. Coupling theory, experiment and control technology of tribology and dynamics of basic general parts

It involves the research on precision bearing technology, dynamic/static sealing technology, gas-liquid mixed lubrication mechanism, air-floating platform mechanism, tribology and dynamics coupling theory, experiment and control technology.

⟡Doctor/Master Admissions (please refer to the Admissions Information for details)