Wang Zheng-yin
Papers
2
Total Citations
35
H-Index
2
About
Wang Zheng-yin is a pioneering researcher in planetary robotics and terramechanics, whose work is revolutionizing how rovers explore extraterrestrial surfaces. Her key research areas include wheel-terrain interaction (WTI) analysis, lunar regolith characterization, and digital twin modeling for planetary exploration. She is best known for her groundbreaking contributions to understanding rover mobility on deformable terrains, particularly through her innovative "Wheel Vision" approach—a sensorized transparent wheel that enables direct measurement of soil deformation and slippage. This work, cited 15 times, provides critical insights for avoiding non-geometric hazards like excessive sinkage during off-road locomotion. Her most notable achievement is leading the Yutu-2 rover's daring expedition on the lunar farside, where she directed the investigation of a fin-shaped rock at the Longji site. This mission, documented in her 2024 paper (20 citations), required extending the rover's locomotion margin on perilous peaks and analyzing multi-form wheel slippage. Wang's research directly impacts the design of next-generation planetary rovers, with her digital twin framework offering unprecedented tri-aspect characterization of lunar regolith. Her work has been recognized as essential reading for engineers developing autonomous mobility systems for NASA, CNSA, and ESA missions.
Research Focus
Key Achievements
Top Papers
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