Shengping Fu

Papers

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About

Shengping Fu is a researcher specializing in precision mechanical transmission systems, with a particular focus on innovative gear designs for robotics and bio-inspired mechanisms. Their work addresses critical challenges in robotic joint actuation, where compact, high-ratio reducers are essential for precise position control. Fu’s most notable contribution is the development of a novel abnormal cycloidal gear reducer, detailed in their 2023 paper, which has garnered 9 citations. This research tackles the limitations of traditional rotate vector (RV) reducers—specifically their complex structure, over-positioning issues, and assembly difficulties—by proposing a geometric design that enhances dynamic performance while maintaining a high reduction ratio in a smaller footprint. In 2024, Fu extended their expertise to bio-inspired robotics, analyzing the transmission performance of a planthopper hip joint gear. This study, with 3 citations, demonstrated that the gear pair achieves low transmission errors, high efficiency, and significant torque capacity, offering promising applications for jumping robots. By bridging precision engineering and biomimicry, Fu’s work contributes to advancing the reliability and performance of robotic systems, making their research valuable for engineers developing next-generation actuation technologies.