Papers
5
Total Citations
19
H-Index
3
About
Yueming Zhang is a mechanical engineer and robotics researcher whose work centers on precision transmission mechanisms, industrial robot kinematics, and gear system optimization. Zhang's most significant contributions lie in the design and analysis of Rotate Vector (RV) reducers — critical deceleration components widely used in industrial robots and automated machinery. Their highly cited 2024 studies on cycloid-pin gear drive mechanisms and cycloid pinwheel reducers demonstrate sophisticated approaches to multi-objective optimization, balancing load-bearing capacity, transmission performance, and friction loss to advance the reliability and efficiency of robotic joint systems. Collectively, these works have already accumulated over a dozen citations within a single year, reflecting their immediate relevance to the robotics engineering community. Zhang's earlier 2002 research on redundancy resolution for elastic joint redundant robots — addressing joint elastic deflection as a performance criterion — highlights a longstanding commitment to precision control in robotic systems. Their 2016 work on RV reducer cycloid gear measurement further underscores expertise bridging theoretical design and practical manufacturing quality assurance. A lone medical case report from 2025 suggests interdisciplinary curiosity, though Zhang's defining legacy remains firmly rooted in advancing high-precision mechanical transmission systems for next-generation industrial robotics.
Research Focus
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