Papers
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Total Citations
3
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About
Yuewen Su is a researcher specializing in precision machinery and transmission systems, with a particular focus on cycloid pinwheel mechanisms and their application in robotic joint reducers. His work addresses critical challenges in the contact mechanics of internal meshing pairs, which directly influence the dynamic performance and reliability of high-reduction-ratio reducers used in advanced robotics. In his notable 2023 study, "Contact Analysis for Cycloid Pinwheel Mechanism by Isogeometric Finite Element," Su introduced an innovative isogeometric finite element approach to more accurately model contact loads and stress distributions within these complex systems. This contribution has garnered attention from the precision engineering community, with the paper accumulating 3 citations to date. Su’s research bridges computational mechanics and practical design, offering insights that enhance the durability and efficiency of robot joint reducers. His work is particularly relevant for engineers and researchers developing next-generation robotic systems where precision and load-bearing capacity are paramount. Through his focused investigations, Su continues to advance the understanding of cycloid drive performance, contributing to the broader field of mechanical transmission design.
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