Deyuan Meng

China University of Mining and Technology, Zhejiang University

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About

Deyuan Meng is a leading researcher in the field of bio-inspired robotics, with a primary focus on the locomotion and mechanical modeling of snake robots. His work bridges the gap between biological principles and engineering design, particularly addressing the challenge of enabling snake-like robots to navigate complex, three-dimensional environments. A major contribution is his pioneering development of mechanical models for snake robots moving on cylindrical surfaces, such as tree trunks or industrial pipes, which is critical for inspection tasks in hard-to-reach areas. He has also advanced the field by proposing novel gaits, including the "arboreal concertina locomotion," a spatial motion strategy that allows snake robots to grip and propel themselves along cylinders, a significant departure from simpler planar movements. With his most-cited works accumulating over 27 citations, Meng’s research has laid the groundwork for practical applications in structural inspection and search-and-rescue. Additionally, his work on adaptive robust control for pneumatic actuators demonstrates a broader expertise in precision actuation, further highlighting his versatile contributions to robotics and control systems.