Papers
1
Total Citations
2
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1
About
Zhonggang Li is a researcher whose work centers on precision manufacturing and advanced machining technologies, with a particular focus on the fabrication of critical components for industrial robotics. His key research areas include tangential point tracing grinding, NURBS interpolation, and the optimization of machining processes for high-precision parts like eccentric shafts used in RV reducers. Li's major contribution lies in developing a novel X-C linkage grinding model based on the tangential point tracing principle, which significantly enhances the machining quality of sine eccentric shafts—a vital component in robot speed reducers. His most-cited work, "NURBS interpolation for tangential point tracing grinding of eccentric shaft" (2019), has garnered 2 citations and provides a foundational framework for improving surface finish and geometric accuracy in complex shaft grinding. This achievement directly impacts the performance and reliability of industrial robots, demonstrating Li's ability to bridge theoretical modeling with practical manufacturing solutions. His research is particularly valuable for engineers and researchers seeking to advance precision machining techniques for demanding mechanical systems.
Research Focus
Key Achievements
Top Papers
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