Yangwei Ying
Papers
1
Total Citations
2
H-Index
1
About
Yangwei Ying is a researcher specializing in precision manufacturing and on-machine metrology, with a particular focus on sensor-based surface measurement technologies. Their key contributions lie in developing robust methods for extracting surface normal vectors during complex surface machining processes—a critical challenge in high-precision manufacturing. Ying’s most notable work introduces an innovative approach using an Eddy current (EC) displacement sensor array, which enables highly accurate on-machine measurement of surface orientation. Unlike optical methods, this technique is virtually unaffected by surface brightness, machining coolant, or debris, making it exceptionally reliable for real-time industrial applications. Although the 2016 paper has garnered modest citation counts, its practical significance is underscored by its direct relevance to improving automation and quality control in advanced manufacturing. Ying’s research bridges the gap between sensor technology and machining precision, offering solutions that enhance the efficiency and accuracy of complex surface fabrication. Their work continues to influence developments in intelligent manufacturing and non-contact measurement systems.
Research Focus
Key Achievements
Top Papers
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