Xiao Gui-fang
Papers
1
Total Citations
3
H-Index
1
About
Xiao Gui-fang has made significant contributions to the field of precision robotics and compliant mechanisms, with a primary focus on the kinematic analysis and design of parallel manipulators. Her work centers on developing high-precision, flexure-based systems that overcome the limitations of traditional rigid-joint assemblies, particularly in applications requiring micron-level accuracy and reduced assembly errors. Her most cited paper, "Kinematic Analysis of 3-DoF Perpendicular Parallel Manipulator with Flexure Hinge" (2010), addresses the critical challenge of assembling errors in parallel manipulators—devices widely used in flight simulators, machine tools, and robotic end-effectors. By introducing flexure hinges as a replacement for conventional rigid joints, she demonstrated a pathway to simpler, more reliable designs with enhanced precision. While her citation count is modest, her work has laid foundational insights for researchers exploring compliant mechanisms in high-force-to-weight-ratio systems. Xiao’s research is particularly relevant for students and engineers working on micro-positioning stages, surgical robots, and precision manufacturing equipment, where minimizing mechanical play and backlash is paramount.
Research Focus
Key Achievements
Top Papers
- 1