Papers
5
Total Citations
44
H-Index
4
About
Yuyan Zhang is an emerging researcher at the forefront of soft robotics, bioinspired systems, and intelligent sensing technologies. Their work centers on designing and modeling soft robotic systems that draw inspiration from biological locomotion, particularly inchworm-inspired crawling robots driven by magnetic actuation and advanced materials. Zhang's most cited contribution, "Inchworm-Inspired Soft Robot With Controllable Locomotion Based on Self-Sensing of Deformation" (2024, 18 citations), exemplifies their signature approach of integrating actuation with embedded sensing to achieve autonomous, adaptive movement. Complementing this, their 2023 modeling and optimization study (11 citations) addresses a critical gap in the field by developing rigorous motion frameworks for highly flexible systems that have traditionally resisted mathematical formalization. Beyond locomotion, Zhang has made notable contributions to smart manufacturing, developing a cloud-edge coordinated robotic vision system for automated weld defect inspection (9 citations). Their more recent work explores liquid crystal elastomer-based soft fingers capable of simultaneous deformation, tactile, and proximity sensing, pushing boundaries in dexterous robotic manipulation. Collectively, Zhang's research bridges materials science, biomimetics, and robotics engineering, establishing a compelling body of work that holds strong promise for the future of intelligent soft robotic systems.
Research Focus
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