Liang‐Hong Guo
Papers
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1
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About
Liang‐Hong Guo is a leading researcher in the field of ultrasonic motor technology, with a primary focus on the design, optimization, and energy conversion mechanisms of traveling wave rotary ultrasonic motors (TRUM). His work is pivotal in advancing the practical application of these motors in high-precision fields such as robotic joint drives and aerospace, where their compact size and immunity to electromagnetic interference are critical. A key contribution is his investigation into the effect of friction layer thickness on energy conversion efficiency, a factor that directly governs motor performance and durability. By systematically analyzing how this parameter influences mechanical output and thermal behavior, Guo has provided essential guidelines for material selection and tribological design. His most cited paper from 2024 has already garnered attention, reflecting the immediate relevance of his findings to the engineering community. Through this work, Guo is helping to bridge the gap between theoretical motor models and real-world reliability, making him a notable figure in the ongoing development of smart actuators and precision motion systems.
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