Papers
3
Total Citations
61
H-Index
3
About
Yunge Hu’s research lies at the intersection of bio-inspired robotics, soft actuation, and compliant grasping—pushing the boundaries of how continuum robots interact with unpredictable environments and delicate objects. Her most influential work, the 2022 study on a seahorse-tail-inspired continuum robot, has accumulated 39 citations and introduced a programmable, cable-driven design with a tapered tensegrity structure. This innovation enables the robot to conformally grasp objects of varying curvature, overcoming the limitations of traditional constant-cross-section robots. A related highlight in the same year (16 citations) further showcased the adaptability of this bio-inspired approach. More recently, in 2025, Hu advanced the field with her work on rigid-flexible coupling modules, integrating cable-driven parallel mechanisms into soft origami structures to enhance load-bearing and precision. This work, with 6 citations, addresses key limitations in modular soft robots, such as poor structural stability. Hu’s contributions are notable for their elegant fusion of biological principles with engineering design, offering practical solutions for safe human-robot interaction and versatile manipulation. Her research continues to inspire new directions in compliant robotics and tensegrity-based systems.
Research Focus
Key Achievements
Top Papers
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