Kuan-Lun Hsu
Papers
2
Total Citations
34
H-Index
2
About
Kuan-Lun Hsu is a mechanical engineering researcher whose work centers on the kinematic analysis and performance evaluation of mechanical linkages and parallel manipulators. His most recognized contributions focus on understanding how manufacturing imperfections — specifically joint clearances — affect the positional accuracy and reliability of planar mechanisms. By developing accessible yet rigorous geometric and kinematic models, Hsu has provided engineers and designers with practical methodologies to quantify and evaluate position uncertainty in complex multi-loop linkages connected via revolute or prismatic pairs. Notably, his framework builds upon Ting's N-bar rotatability laws, extending their applicability to real-world mechanical systems where ideal, clearance-free joints are rarely achievable. His 2017 paper on clearance-induced position uncertainty has accumulated citations across the robotics and mechanical design communities, reflecting its utility as a reference tool for researchers grappling with tolerance analysis and mechanism reliability. Hsu's research addresses a fundamentally practical challenge in precision engineering — bridging the gap between theoretical kinematics and the physical realities of manufactured machines — making his work valuable to both academic researchers and industry practitioners working on robotic and automated mechanical systems.
Research Focus
Key Achievements
Top Papers
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