Tianyun Gao

Papers

Total Citations

H-Index

About

Tianyun Gao is a researcher advancing the frontiers of soft materials and additive manufacturing, with a focus on hydrogel-based sensors and mechanical simulation. Her key research areas include flexible electronics, 3D printing, and fracture mechanics of soft materials. Gao’s most notable contribution is the development of a transparent and flexible force sensor using microextrusion 3D printing, featuring a zig-zag patterned alginate hydrogel. This work, cited 15 times, demonstrates potential applications in wearable sensors, robotics, and underwater equipment, addressing critical needs for biocompatible and deformable sensing platforms. Additionally, Gao pioneered a simulation method using the discrete element model to study fracture behavior in hydrogels, cited 8 times, which reduces experimental costs and improves design efficiency for medical scaffolds and soft robotics. Her interdisciplinary approach—combining experimental fabrication with computational modeling—provides a holistic toolkit for engineering tough, functional hydrogels. Gao’s work is particularly impactful for researchers seeking scalable, low-cost solutions in soft robotics and biomedical devices, where understanding material failure and integrating sensing capabilities are paramount.