Lingyun Dai

Papers

Total Citations

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About

Lingyun Dai’s research lies at the intersection of soft robotics, bioinspired actuation, and intelligent control systems. Their most notable contribution is the development of an out-pipe climbing soft robot featuring a novel omnidirectional bending actuator, as detailed in their 2020 paper. This lightweight, silicone-based robot—weighing just 200 grams—introduces a new motion mode that enables it to climb vertical pipes of varying diameters, advancing the capabilities of soft robots for inspection and maintenance in confined or hazardous environments. While their citation count is still growing, Dai’s work represents a foundational step toward more versatile, adaptive climbing robots. Their achievements highlight a talent for translating complex biomechanical principles into practical, low-cost robotic systems. As the field of soft robotics expands, Dai’s innovations in omnidirectional actuation and pipe-climbing locomotion are poised to influence future designs in industrial automation and search-and-rescue applications.