Papers
25
Total Citations
3,817
H-Index
19
About
Xiao Kuang is a pioneering materials scientist and engineer whose research sits at the dynamic intersection of advanced manufacturing, smart materials, and functional soft robotics. Best known for his transformative contributions to 4D printing and shape-programmable materials, Kuang has developed groundbreaking approaches to designing materials that respond intelligently to external stimuli, including heat, magnetic fields, and mechanical forces. His most influential work on magnetic shape memory polymers (718 citations) demonstrated integrated multifunctional shape manipulation capabilities that opened new frontiers in soft robotics and biomedical devices. Complementing this, his development of 3D-printable shape-memory and self-healing elastomers (509 citations) significantly advanced the conceptual and practical foundations of 4D printing technology. Kuang has also made notable strides in liquid crystal elastomer fibers for artificial muscles and smart textiles, energy harvesting through shape memory polymers, and magnetic dynamic polymers enabling reconfigurable architectures. His pioneering hybrid printing platform integrating digital light processing with direct ink writing reflects his commitment to versatile, multimaterial fabrication solutions. With over 3,000 cumulative citations across his top publications, Kuang's work has profoundly shaped how researchers conceive of intelligent, responsive materials for the next generation of adaptive structures and devices.
Research Focus
Key Achievements
Top Papers
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- 103D-printable colloidal photonic crystals166 citations · 2022