Xianglin Zhang

Papers

Total Citations

H-Index

About

Xianglin Zhang is a pioneering researcher in the field of soft robotics and wearable technologies, with a primary focus on developing advanced actuation and variable stiffness systems for human-assistive devices. His work bridges the gap between compliant, safe human-robot interaction and the robust mechanical performance required for real-world applications. Zhang’s major contributions include the creation of an all-fabric bi-directional actuator designed for multi-joint upper limb assistance, a breakthrough that demonstrates how textile-based structures can provide targeted, comfortable support. He further advanced the field with a muscle-inspired, stiffness-tunable flexible fiber jamming structure, which addresses the critical limitation of load-bearing capacity in soft wearable robots. Most recently, his development of a somatosensitive inverse artificial muscle integrates sensing and actuation, paving the way for more intuitive and responsive exoskeletons. With over 17 citations across his key works, Zhang’s research is gaining traction for its practical approach to enhancing human mobility and rehabilitation. His innovative use of fabric and fiber jamming techniques marks a significant step toward lightweight, powerful, and adaptive wearable robots.