Guodong Nian

Papers

Total Citations

459

H-Index

About

Guodong Nian is a leading researcher in advanced manufacturing and soft materials, whose work centers on the 3D printing of high-performance hydrogels for biomedical and engineering applications. His major contributions include pioneering a novel direct ink writing method using Carbomer as a rheology modifier, enabling the rapid fabrication of multifunctional hydrogels with complex geometries. This breakthrough, detailed in his highly cited 2019 paper (387 citations), has become a foundational technique in the field. Nian further advanced the state of the art by developing a 3D printing strategy for tough, particle-based double-network hydrogels (2021, 72 citations), addressing the critical challenge of synthesizing mechanically robust structures—such as artificial cartilage and soft robotic components—without complicated processing. His work bridges the gap between material toughness and printability, directly impacting tissue regeneration and soft device design. With a citation record that underscores the influence of his innovations, Nian’s research continues to shape the future of functional, 3D-printed soft matter.