Papers
2
Total Citations
10
H-Index
2
About
Dr. Yuanming Ji is a leading researcher in biomimetic surface engineering, specializing in the design of microstructured adhesives for extreme environments. His work bridges materials science and mechanical engineering, focusing on how bio-inspired textures can solve critical challenges in non-destructive handling. Dr. Ji’s most impactful study (2023, 7 citations) investigates how vibrations and shocks affect the stability of biomimetic attachments, providing foundational insights for dynamic gripping applications. His landmark 2024 paper (3 citations) introduces a novel biomimetic microstructure inspired by locust toe pads, which uniquely combines low adhesion with high friction. This innovation enables the reliable, damage-free manipulation of brittle materials like silicon wafers in high-temperature settings—a feat where conventional bionic materials fail due to thermal decomposition. By addressing the dual demands of anti-slip and anti-adhesion under thermal stress, Dr. Ji’s work directly advances semiconductor manufacturing and high-temperature robotics. His research not only deepens our understanding of biological attachment mechanisms but also delivers practical solutions for industrial automation, making him a rising authority in bioinspired tribology and surface engineering.
Research Focus
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Top Papers
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