Papers
1
Total Citations
7
H-Index
1
About
Xiaoge Wu is a researcher specializing in advanced manufacturing and precision optics, with a focus on carbon fiber composite materials and surface finishing techniques. Their major contributions lie in developing methods to mitigate honeycomb print-through defects in lightweight mirrors, a critical challenge for aerospace and optical systems. In their most-cited work, "Alleviation of honeycomb print-through of NiP/Cu coated carbon fiber composite mirror via robot-arm wheel polishing" (2022), Wu introduced an innovative robot-arm wheel polishing approach that significantly enhances surface quality, achieving 7 citations and demonstrating practical impact in precision engineering. This work addresses the need for cost-effective, high-performance mirrors for space telescopes and satellite systems. Wu’s research bridges material science and robotic automation, offering scalable solutions for next-generation optical components. Their achievements highlight a commitment to advancing manufacturing precision, with potential applications in defense, astronomy, and telecommunications. As a rising voice in composite optics, Wu’s work continues to influence the development of durable, lightweight reflective surfaces, making them a notable contributor to the field of precision engineering.
Research Focus
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Top Papers
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