Xuanqing Fan

Papers

Total Citations

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About

Xuanqing Fan is a researcher at the forefront of the emerging field of mechanically soft systems, where mechanics meets functional design. His work bridges theoretical analysis and practical fabrication, with key contributions to understanding and harnessing structural instabilities. Notably, his 2024 paper on the "Theoretical analysis of inflated tube wrinkling behavior under pure bending" provides a foundational framework for predicting and controlling buckling in soft inflatable structures, a critical challenge for soft robotics and deployable systems. Complementing this, his 2021 work on "Design and fabrication of a reconfigurable and flexible frequency selective surface with a buckling dipole via mechanical stretching" demonstrates a novel approach to creating tunable electromagnetic devices by leveraging mechanical buckling—a concept with direct applications in flexible electronics and adaptive antennas. Both papers have garnered 14 citations each, reflecting their growing impact in a fast-moving field. Fan’s research is particularly notable for its integration of rigorous mechanics theory with innovative device design, positioning him as a key contributor to the next generation of soft, reconfigurable systems that are envisioned to transform fields from healthcare to aerospace.