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About

Honghao Yue is an emerging researcher whose work sits at the dynamic intersection of soft robotics, advanced sensing technologies, and mechanical metamaterials. His research addresses critical challenges in deploying robotic systems within sensitive and complex environments, blending innovative structural design with intelligent functionality. Yue's most recognized contribution, a buckling-inspired triboelectric sensor (24 citations), demonstrates his ability to engineer multifunctional sensing solutions for soft robots and wearable devices, harnessing mechanical instability as a design advantage rather than a limitation. His development of a large-scale inflatable robotic arm — remarkably lightweight at just 843 grams yet extending 10.1 meters — has drawn significant attention (22 citations) for its potential in disaster rescue and archaeological exploration, domains demanding delicate, compliant manipulation. His work on multidimensional twisted mechanical metamaterials (18 citations) further showcases his expertise in programmable structures capable of adaptive impact protection, a frontier with broad implications for both robotics and protective systems. More recently, Yue has expanded into nondestructive evaluation, applying robot-assisted laser scanning thermography to detect hidden cracks in solid propellant grains. Across these contributions, Yue is establishing himself as a versatile and impactful voice in next-generation robotic and structural engineering research.