Hongyou Wang
Papers
2
Total Citations
32
H-Index
2
About
Hongyou Wang is a mechanical engineering researcher whose work has made significant contributions to the field of precision gear transmission systems, with a particular focus on K-H-V-type planetary gears incorporating cycloid gear mechanisms. His research addresses a critical challenge in robotics and precision machinery: minimizing rotational transmission error to achieve accurate positioning and smooth motion control. Wang's most influential work, published in 1994 and accumulating 22 citations, systematically investigated how manufacturing and assembly errors affect rotational transmission error in cycloid planetary gear systems — components prized for their compactness, high reduction ratios, and exceptional torsional stiffness. His follow-up study examined the mutual interactions between individual component errors and their combined influence on overall transmission performance, garnering an additional 10 citations. Together, these papers form a foundational analytical framework for understanding error propagation in these specialized gear trains. The practical implications of Wang's research are substantial, directly informing the design and manufacture of industrial robots and high-precision positioning equipment where even minute transmission deviations can compromise performance. His methodical, multi-report approach demonstrates a rigorous commitment to comprehensive problem analysis, providing engineers with actionable insights for optimizing cycloid gear systems in demanding applications.
Research Focus
Key Achievements
Top Papers
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