Zhangna Xue

China University of Petroleum, East China

Papers

Total Citations

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About

Zhangna Xue is a rising researcher in the field of smart materials and structures, with a focused expertise in the mechanics of magneto-responsive soft materials. Her work centers on understanding how hard-magnetic soft sheets and beams undergo large, controllable deformations when subjected to external magnetic fields—a phenomenon with transformative potential for remote, non-contact actuation in engineering. Xue’s major contributions include pioneering analyses of the peeling behavior of these smart structures, revealing how geometric nonlinearities and parallel magnetic fields mediate their detachment and deformation. Her 2023 paper on peeling driven by magnetic fields has garnered 6 citations, while her 2024 follow-up study has already attracted 3 citations, signaling growing interest in her systematic approach to modeling complex, field-responsive behaviors. By bridging theoretical mechanics with practical applications in soft robotics and adaptive systems, Xue is establishing a foundation for next-generation smart devices that can be wirelessly controlled. Her work is particularly notable for its rigorous treatment of large-deformation mechanics, offering a blueprint for engineers seeking to harness magnetic fields for precise, remote manipulation of soft structures.