Papers
5
Total Citations
86
H-Index
4
About
Ke Dong is a pioneering researcher at the intersection of advanced manufacturing, smart materials, and soft robotics. Their work centers on developing novel fabrication techniques and stimuli-responsive materials for next-generation engineering applications. Dong's most significant contribution is in robot-assisted conformal additive manufacturing, where they developed a method for creating continuous fibre-reinforced grid-stiffened shell structures—a breakthrough that has garnered 43 citations for its potential to revolutionize high-performance composite production. In the realm of smart materials, Dong bioinspired a multistimuli-responsive shape memory polyurethane from α-keratin hair, capable of activating under water, heat, redox agents, and UV light (24 citations), opening new avenues for adaptive structures. Their innovations extend to sensing and robotics: a capacitive pressure sensor using carbon fibers and thermoplastic elastomer (10 citations) for monitoring pressure distribution, and a data-driven design of customizable bistable units for soft-rigid grippers (6 citations) that can handle multi-feature objects. Dong also advanced supportless cylindrical printing of rotating components with overhangs on rotary FDM printers (3 citations). With a portfolio of highly cited papers spanning from 2020 to 2025, Dong is shaping the future of intelligent manufacturing and adaptive materials.
Research Focus
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Top Papers
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