Papers
5
Total Citations
45
H-Index
4
About
Zhenyu Han is a leading researcher in advanced composite manufacturing, specializing in robotic filament winding and fiber placement technologies for high-performance polymer-matrix composites. His work focuses on developing innovative trajectory design methods that significantly enhance the mechanical performance of complex composite structures, such as tee pipes and sandwich plates. Han’s major contributions include pioneering non-geodesic trajectory design for robotic filament winding, which enables the fabrication of intricate shapes with superior strength and corrosion resistance, as demonstrated in his 2021 study (17 citations). He has also explored variable-angle trajectory structures to optimize the mechanical properties of carbon fiber/polyether ether ketone (CF/PEEK) laminates, a critical advancement for aerospace and civilian applications (12 citations). His research on modal characteristics and thermal analysis of molds during robotic fiber placement further underscores his impact, with cumulative citations exceeding 45. Notably, Han’s early work on time-optimal trajectory planning for wheeled mobile robots (2010, 4 citations) showcases his foundational expertise in robotics. His achievements position him as a key innovator in sustainable, high-strength composite manufacturing, offering transformative solutions for lightweight structural design.
Research Focus
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