Yuewan Sun
Papers
2
Total Citations
21
H-Index
2
About
Yuewan Sun is pioneering the intersection of biomechanics and surgical robotics, with a focused mission to revolutionize spinal fixation procedures. Her research centers on developing biomechanics-aware robotic systems to address critical failures in osteoporotic patients, where traditional rigid instruments often lead to complications. Sun’s major contributions include the design of a novel concentric tube steerable drilling robot (CT-SDR) that leverages patient-specific finite element models to reduce failure rates. Her 2023 paper on this framework has already garnered 11 citations, while her 2024 follow-up, proposing a comprehensive robot-assisted steerable drilling framework, has earned 10 citations. Together, these works represent a paradigm shift from rigid to flexible, patient-adaptive surgical tools. Sun’s approach uniquely integrates biomechanical modeling with robotic control, offering a tangible path to safer, more effective minimally invasive spinal fixation. Her work is particularly notable for its direct clinical relevance, addressing a pressing need in aging populations. As a rising voice in medical robotics, Sun is setting the stage for a new generation of biomechanics-aware surgical systems that promise to dramatically improve patient outcomes.
Research Focus
Key Achievements
Top Papers
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- 2