Xiaojuan Zhao

Papers

Total Citations

522

H-Index

About

Xiaojuan Zhao is a leading researcher in advanced polymer materials, with a focus on self-healing elastomers and 3D printing technologies. Her work bridges the gap between material science and additive manufacturing, creating functional polymers that combine mechanical robustness with dynamic repair capabilities. Zhao’s most influential contribution is her 2019 paper on self-healing polyurethane elastomers fabricated via digital light processing (DLP) 3D printing, which has garnered 341 citations. This work introduced disulfide bond chemistry into printable photopolymers, enabling materials that autonomously recover from damage while maintaining structural integrity. She further advanced the field with a 2019 study on superstretchable and processable silicone elastomers (145 citations), utilizing thiol-ene click chemistry to produce highly deformable, DLP-printable silicones. Her 2021 paper on a high-strength, fast fracture-self-healing thermoplastic elastomer (36 citations) demonstrates a dual dynamic network of hydrogen bonds and disulfide bonds, achieving a tensile strength of 41 MPa. Zhao’s research has significant implications for soft robotics, flexible electronics, and sustainable manufacturing, establishing her as a key innovator in printable, self-repairing materials.