Yumeng Sun
Papers
4
Total Citations
45
H-Index
4
About
Yumeng Sun is a rising researcher in the fields of ultrasonic surgical technology and robotic-assisted orthopedic surgery. Her work focuses on solving critical challenges in bone layer perception and cutting force control during minimally invasive procedures. Sun has made significant contributions by developing indirect measurement methods for ultrasonic bone cutting forces, pioneering techniques that use anti-node vibration displacement and strain sensors to accurately model and monitor cutting forces in real time. Her research on the ultrasonic bone cutting mechanism, employing the extended finite element method, has advanced the understanding of bone fracture behavior during surgery. Sun’s most-cited papers—including her 2023 study on indirect force measurement (16 citations) and her 2024 work on cutting mechanisms (10 citations)—demonstrate her growing impact in the field. She has also explored multi-sensor fusion for visual perception in rock-breaking robots, showcasing her versatility in robotics. With a citation count already exceeding 45 across her key publications, Sun is establishing herself as a promising innovator at the intersection of ultrasonic technology, force sensing, and surgical robotics.
Research Focus
Key Achievements
Top Papers
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