Shuyuan Liu

Papers

Total Citations

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About

Shuyuan Liu is a researcher advancing precision manufacturing and robotic control for aerospace applications. Their work focuses on vibration suppression and adaptive friction compensation in automated machining systems, particularly for aeroengine blade processing. Liu’s most-cited paper, “Vibration suppression in macro–micro grinding system of aeroengine blade based on impedance compensation prediction control strategy” (2023, 14 citations), introduces a novel control strategy to mitigate harmful vibrations during grinding, enhancing surface quality and machining accuracy. Their second highly cited work, “Adaptive friction compensation control of robotic pneumatic end-effector based on LuGre model” (2023, 12 citations), addresses the critical challenge of cylinder piston friction in robotic polishing—proposing a constant force control method that overcomes response lag and viscous slip oscillations. This innovation directly improves the reliability of automated blade finishing. With both papers published in 2023, Liu’s research is rapidly gaining recognition for solving practical manufacturing problems. Their contributions are particularly valuable for students and researchers in mechatronics, robotics, and aerospace manufacturing, demonstrating how model-based control can transform industrial automation. Liu’s work bridges theoretical control engineering with real-world machining challenges, offering impactful solutions for high-precision component production.