Tao Wen

Jiangxi University of Science and Technology

Papers

Total Citations

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About

Tao Wen is a leading researcher in the field of soft robotics, with a particular focus on bio-inspired design, variable stiffness mechanisms, and rescue robotics. His work is distinguished by its creative integration of biological principles and advanced materials to solve critical challenges in robotic adaptability and performance. Wen’s most notable contribution is the design of a soft rescue robot inspired by the termite-hunting technique of giant anteaters, which uses a novel gear-meshing propulsion system to navigate narrow, irregular disaster environments—a paper that has garnered 28 citations. He has also pioneered advancements in stiffness regulation, introducing a tunable stiffness mechanism using filament jamming (17 citations) that allows soft robots to adapt their rigidity in complex shapes. More recently, Wen achieved a breakthrough in multi-stage stiffness control by harnessing the phase variability of low-melting-point alloys (9 citations), enabling a wider range of stiffness adjustment with faster response times. His work is highly impactful for applications requiring both flexibility and load-bearing capacity, and he is recognized for pushing the boundaries of how soft machines can interact with unpredictable surroundings.