Xueyu Jiang

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About

Xueyu Jiang is a leading figure in advanced materials engineering, with a core focus on 3D printing hydrogels and microsphere-based ink technologies. Her most cited work, "Ink Based on the Tunable Swollen Microsphere for a 3D Printing Hydrogel with Broad-Range Mechanical Properties" (2023, 23 citations), addresses a critical challenge in additive manufacturing: the production of hydrogels that are both printable and mechanically robust. Jiang introduced a novel strategy using tunable swollen microspheres as ink mediators, enabling the 3D printing of hydrogels with a broad range of mechanical properties—from soft to tough—by incorporating an effective energy dissipation mechanism. This breakthrough overcomes the traditional fragility of printed hydrogels, opening new avenues for applications in soft robotics, tissue engineering, and flexible electronics. Her work is notable for its practical impact, offering a scalable solution for printing diverse functional monomers. With growing recognition, Jiang’s research continues to inspire innovations in smart materials and additive manufacturing.