Xiangxin Dang

Papers

Total Citations

258

H-Index

About

Xiangxin Dang is a leading researcher in the field of mechanical metamaterials, with a specific focus on origami-inspired structures. Their work masterfully bridges geometry and mechanics to create materials with unprecedented, programmable properties. Dang’s major contributions include the development of modular chiral origami metamaterials, a highly influential 2025 paper with 119 citations that opens new avenues for tunable mechanical responses. They have also pioneered the inverse design of deployable origami structures capable of approximating arbitrary surfaces (82 citations), a critical advancement for adaptive architecture and aerospace engineering. Furthermore, Dang’s deep exploration of conical Kresling origami (57 citations) has revolutionized the understanding of curvature and energy programming in these bistable systems. By moving beyond traditional parallelogram patterns, their work has directly enabled new applications in soft robotics and smart devices, where controlled deformation and energy storage are paramount. With over 258 citations across their most prominent works, Xiangxin Dang is a pivotal figure whose research is shaping the future of programmable matter and deployable structures.