Papers
1
Total Citations
3
H-Index
1
About
Lingyi Kong is a researcher focused on advanced manufacturing and composite material processing, with a particular emphasis on carbon fiber-reinforced polymer (CFRP) machining systems. Their most notable contribution, the 2024 paper "Dynamics modelling and Layout optimization of CFRP in-situ machining system," addresses critical challenges in precision manufacturing by developing dynamic models and layout optimization strategies for in-situ machining of CFRP components. This work is foundational for improving machining accuracy, reducing defects, and enhancing efficiency in industries such as aerospace and automotive, where CFRP is widely used. While Kong's citation count is currently modest, the paper's recent publication signals growing recognition of its practical significance. Kong's research bridges the gap between theoretical dynamics and industrial application, offering tangible solutions for optimizing machining system layouts to minimize vibration and tool wear. Their work contributes to the broader goal of sustainable, high-performance manufacturing, and positions them as an emerging voice in the field of composite material processing and automation.
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