Dayong Ning
Papers
6
Total Citations
76
H-Index
5
About
Dayong Ning is a pioneering researcher in the field of deep-sea robotics and underwater actuation systems. His work focuses on developing innovative, phase-change material (PCM)-driven technologies that replace traditional hydraulic and electric systems, enabling more compact and efficient operations in extreme deep-sea environments. Ning’s major contributions include the design and experimental validation of an electrothermal buoyancy control module using paraffin-based PCM, which eliminates the need for heavy ballast tanks and pressure-compensating systems—a breakthrough for deep-sea exploration. He also advanced underwater manipulation with the development of high-strength water hydraulic artificial muscles (WHAMs), achieving 21 citations for their biomimetic performance. His research extends to flexible buoyancy materials for soft robots, lightweight robotic joints with thermally activated paraffin actuators, and a novel 3-D positioning method for pipeline robots using a rotating permanent magnet mechanical antenna. With over 76 citations across his top papers, Ning’s work is shaping the next generation of autonomous, lightweight deep-sea equipment. His achievements include pioneering PCM-driven actuators that operate reliably under high pressure, offering a path toward simpler, more robust underwater vehicles and manipulators.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5
- 6