Xueyan Zhao

University of Sheffield, Northeastern University

Papers

Total Citations

H-Index

About

Xueyan Zhao is a researcher in mechanical engineering and robotics, with a focus on structural optimization, nonlinear dynamics, and control systems. Her work addresses critical challenges in robot arm design and performance enhancement. In her most cited paper, "Structural Optimization of Slender Robot Arm Based on Sensitivity Analysis" (2012, 10 citations), she proposed an effective method for optimizing variable cross-sections of slender robot arms, establishing stiffness models and improving structural efficiency—a contribution valuable for precision tasks like polishing. This work demonstrates her expertise in merging theoretical analysis with practical robotic applications. Additionally, her study "Periodic and Chaotic Motions of a Two‐Bar Linkage with OPCL Controller" (2010, 2 citations) explores nonlinear behaviors in fundamental robotic components, offering insights into how system parameters and control strategies can influence motion stability and chaos. By investigating these dynamics, Zhao contributes to better robot performance and more robust control designs. Though her citation counts are modest, her research lays foundational groundwork for advancing robotic structural design and nonlinear control, making her a thoughtful contributor to the field.