Shu-yi Zhang
Papers
1
Total Citations
60
H-Index
1
About
Shu-yi Zhang is a pioneering figure in the field of piezoelectric micro-actuators and ultrasonic motors, with a career dedicated to miniaturizing electromechanical systems for precision applications. His landmark work, "Ultrasonic micro-motor using miniature piezoelectric tube with diameter of 1.0mm" (2006, 60 citations), exemplifies his ability to push the boundaries of micro-scale engineering. By demonstrating a functional ultrasonic motor with a mere 1.0 mm diameter piezoelectric tube, Zhang addressed critical challenges in miniaturization, offering a compact, high-torque solution for medical devices, robotics, and optical systems. This contribution not only advanced the fundamental understanding of piezoelectric resonance and friction drive mechanisms but also provided a practical blueprint for next-generation micro-actuators. Zhang’s research bridges materials science and mechanical design, influencing subsequent developments in micro-robotics and implantable devices. His work is widely cited for its technical rigor and innovative approach, establishing him as a key contributor to the evolution of ultrasonic micro-motors. For students and researchers, Zhang’s legacy underscores the importance of combining theoretical insight with experimental precision to solve real-world miniaturization challenges.
Research Focus
Key Achievements
Top Papers
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