Papers
2
Total Citations
22
H-Index
2
About
Yuhuan Lv is a researcher advancing the field of smart materials and actuators, with a primary focus on graphene-based systems for responsive and programmable devices. Her key research areas include moisture-driven actuators, laser-assisted material processing, and biomimetic intelligent systems. Lv’s major contributions center on developing highly simplified, one-step laser direct writing methods to fabricate graphene oxide (GO) films with oriented microstructures and Janus architectures. This innovation enables precise control over actuation direction, position, and responsiveness—critical for applications in soft robotics, intelligent sensors, and biomimetic devices. Her most cited work (2022, 14 citations) demonstrates a graphene-based moisture actuator with accurately controllable responsive direction, while a prior study (2019, 8 citations) established a programmable humidity and heat driven actuator using the same laser technique. These achievements highlight Lv’s role in making smart actuator fabrication more accessible and scalable, offering a pathway toward agile, accurate mechanical movements in next-generation autonomous systems. Her work is particularly notable for merging material science with practical device engineering, providing a foundation for future innovations in adaptive and responsive technologies.
Research Focus
Key Achievements
Top Papers
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