Laixi Zhang
Papers
9
Total Citations
62
H-Index
5
About
Laixi Zhang is a leading researcher in advanced robotics and vibration control, with a focus on precision manufacturing and infrastructure inspection. Their work centers on developing intelligent robotic systems for aircraft assembly and bridge cable maintenance, addressing critical challenges in dynamic stability and operational safety. Zhang’s most influential contribution is a variable parameter ambient vibration control method using quasi-zero stiffness mechanisms for robotic drilling systems, which has garnered 16 citations and significantly improves machining accuracy in aircraft assembly plants. They also pioneered an all-wheel-drive climbing robot with a safety recovery mechanism for automatic bridge cable inspection, cited 12 times, enhancing reliability in hazardous environments. Zhang’s innovative designs include a robotic drilling end-effector with sliding mode control for normal adjustment, and a novel magnetorheological damper for cable-stayed climbing robots under wind loads. Their work has achieved over 60 total citations, demonstrating substantial impact in both industrial automation and structural health monitoring. Zhang’s research bridges theoretical control strategies with practical applications, making notable advances in flexible manufacturing and robotic inspection systems.
Research Focus
Key Achievements
Top Papers
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- 4Dynamic control of a flexible drilling robot end-effector8 citations · 2012
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- 7An Active Control with a Magnetorheological Damper for Ambient Vibration4 citations · 2022
- 8Research on Design and Motion Control of 5-DOF Robot for Bending2 citations · 2018
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