Xiaolu Zhao
Tianjin University, Liaocheng University, Ministry of Education
Papers
7
Total Citations
178
H-Index
5
About
Xiaolu Zhao is a leading figure in the design and optimization of parallel and hybrid robotic systems, with a career spanning foundational work in high-speed manufacturing to cutting-edge medical robotics. Her early, highly cited research established core methodologies for overconstrained parallel robots, including the tolerance design of a 2-DOF translational module for pick-and-place operations (50 citations) and the finite element analysis of the Tricept and TriVariant hybrid robots (46 citations). These contributions, along with her work on achieving near-axial symmetry in kinematic performance for the TriVariant (38 citations), have significantly advanced the precision and reliability of industrial robots for large structural component assembly. Demonstrating a remarkable pivot to biomedical engineering, Zhao recently developed a novel retinal surgery robot based on a spatial variable remote center-of-motion mechanism, showcasing her ability to translate complex kinematic theory into life-saving applications. With over 170 total citations, her work is characterized by a rigorous, application-driven approach that bridges theoretical kinematics and practical robot design, establishing her as a key innovator in both industrial automation and surgical robotics.
Research Focus
Key Achievements
Top Papers
- 1Tolerance design of a 2-DOF overconstrained translational parallel robot50 citations · 2006
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- 4Design of a 4-DOF hybrid PKM module for large structural component assembly31 citations · 2010
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