Yuanxiao Li

Papers

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About

Yuanxiao Li is a leading researcher in advanced aerospace manufacturing, with a primary focus on the machining of hybrid composite/metal stacks. Their work addresses critical challenges in drilling carbon fiber-reinforced polymer (CFRP) and titanium alloy (Ti6Al4V) assemblies, materials essential for modern aircraft structures. Li’s most-cited paper, "Research on the Entrance Damage of Carbon Fiber-Reinforced Polymer/Ti6Al4V Stacks in Six-Degrees-of-Freedom Robot Drilling" (2024), investigates the mechanisms of entrance damage during robotic drilling—a key issue for improving processing efficiency and structural integrity. By analyzing how six-degree-of-freedom robot dynamics affect delamination and burr formation, Li provides actionable insights for optimizing drilling parameters and tool paths. This work has already garnered 5 citations, reflecting its timely relevance to the aerospace industry’s push for automation. Li’s contributions bridge the gap between material science and robotic manufacturing, offering solutions that enhance both productivity and part quality. Their research is particularly valuable for engineers seeking to reduce defects in high-value CFRP/titanium stacks, making Li a notable figure in the field of advanced machining and composite processing.