Papers
10
Total Citations
108
H-Index
7
About
Dr. Junhong Yang is a leading researcher in energy-efficient fluid power systems, with a particular focus on mobile robotics and hydraulic actuation. Her work centers on improving the efficiency and load capacity of hydraulic systems for legged robots, in-pipe robots, and mobile manipulators. A key contribution is the development of bio-inspired designs, such as a multi-stage energy supply system that mimics biological energy supplementation, and a hydraulic actuator that imitates human muscles. She has also pioneered novel components like a rotary fluid power converter for variable-load systems (24 citations) and a multi-chamber hydraulic cylinder with variable effective area. Her research on a bilateral self-locking mechanism for inchworm micro in-pipe robots (16 citations) and a hydraulic drive downhole traction robot (12 citations) demonstrates her impact on practical robotic applications. With a growing body of work that includes over 10 publications, Dr. Yang’s innovations in energy-efficient converters and two-stage supply pressure systems are paving the way for more capable, longer-lasting mobile robots. Her achievements highlight a commitment to bridging biological principles with engineering solutions to overcome fundamental limitations in robotic performance.
Research Focus
Key Achievements
Top Papers
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