Xiaoduo Zhao

Chinese Academy of Sciences, Yantai University

Papers

Total Citations

207

H-Index

About

Xiaoduo Zhao is a leading researcher in bioinspired tribology and soft matter engineering, focusing on the design of intelligent materials that mimic nature’s adaptive lubrication and mechanical systems. Her major contributions include the development of a modulus adaptive lubricating prototype inspired by the instant muscle hardening mechanism of catfish skin, which has garnered 129 citations and represents a breakthrough in dynamic friction regulation. She also pioneered a cartilage-like lubricated composite with mechanical robustness (63 citations), addressing the critical trade-off between low friction and durability in hydrogel-based biomaterials for joint repair. More recently, her work on wet, lubricious, and adhesive soft matter (15 citations) explores tunable interfacial functionalities, such as superlubricity and high adhesion, through novel polymer chemistry. Zhao’s research has profound implications for biomedical implants, soft robotics, and smart lubrication systems. Her achievements highlight a unique ability to translate biological principles into functional materials, making her a rising authority in the field of bioinspired surface science.