Xiangyi Liu
Papers
2
Total Citations
11
H-Index
2
About
Xiangyi Liu is a rising orthopedic researcher whose work focuses on optimizing outcomes in robotic-assisted total knee arthroplasty (TKA) and understanding the biomechanical determinants of knee implant performance. Her key research areas include coronal plane alignment, implant placement parameters, and pivot kinematics in posterior stabilized TKA. Liu’s major contributions include identifying that implant placement parameters—such as component positioning and alignment—are significantly associated with post-operative dynamic varus and valgus knee angle changes during standing in robotic-assisted TKA (2025, 6 citations). This work highlights the critical gap between static surgical alignment and functional, load-bearing knee mechanics, offering actionable insights for improving patient satisfaction and function. Additionally, her investigation into the determinants of pivot kinematics in posterior stabilized TKA (2024, 5 citations) advances understanding of how implant design and surgical technique influence knee motion patterns. Though early in her career, Liu’s research is already shaping the conversation around precision in robotic TKA, emphasizing the need to consider dynamic alignment for better long-term outcomes. Her work is essential reading for surgeons and engineers seeking to refine implant positioning and enhance patient-specific surgical planning.
Research Focus
Key Achievements
Top Papers
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- 2