Hang Xiao

Papers

Total Citations

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About

Hang Xiao is a rising innovator in soft robotics and deployable structures, whose work bridges bioinspiration and mechanical metamaterials. His research focuses on developing slender, animal-like soft robots and fractal-inspired deployable systems that push the boundaries of flexibility, scalability, and structural intelligence. In his highly cited 2019 paper, Xiao introduced elementary slender soft robots modeled after the skeleton-joint systems of mammals, using Pneu-net actuators to achieve remarkable locomotion—a contribution that has garnered 18 citations and laid groundwork for more lifelike, scalable robotic designs. His 2021 theoretical study on fractal-inspired soft deployable structures, with hierarchically coupled thin walls, explores how buckling can be harnessed for compact, responsive architectures, earning 5 citations and opening new directions in metamaterials and medical devices. Xiao’s work stands out for its elegant synthesis of biological principles and mathematical geometry, offering practical blueprints for next-generation soft robots and deployable systems. For students and researchers, his research exemplifies how fundamental mechanics and creative design can yield transformative technologies in soft robotics and adaptive structures.