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About

Yufeng Xing is a leading researcher in the field of soft robotics and smart materials, with a focus on multi-stimuli responsive actuators and 4D printing. Their work bridges mechanical modeling and experimental design to create programmable, shape-morphing structures. Xing’s most cited paper, “4D printing composite with electrically controlled local deformation” (2020, 99 citations), introduced a groundbreaking method for achieving precise, localized actuation in printed composites, enabling complex, on-demand shape changes. They also developed a “simple analytical thermo-mechanical model for liquid crystal elastomer bilayer structures” (2018, 21 citations), providing a foundational framework for designing thermal-responsive soft actuators. In “Soft Robot Based on Hyperelastic Buckling Controlled by Discontinuous Magnetic Field” (2021, 20 citations), Xing proposed a novel untethered soft robot that leverages buckling for motion, reducing dependence on continuous magnetic fields and enhancing stability. Their work on “Dual-Stimuli Responsive Carbon Nanotube Sponge-PDMS Amphibious Actuator” (2019, 19 citations) demonstrated a versatile actuator capable of both electrothermal and electrochemical responses, suitable for underwater and aerial environments. With over 150 total citations, Xing’s contributions are shaping the next generation of adaptive, multifunctional soft robots and smart structures.