Haibing Zhang
Papers
2
Total Citations
8
H-Index
2
About
Haibing Zhang is a researcher focused on the intersection of robotics, control systems, and hydraulic actuation, with particular expertise in specialized robotic platforms for power infrastructure and novel tensegrity-based locomotion. His work addresses critical challenges in both practical industrial applications and fundamental robotic locomotion. Zhang’s major contributions include the design of motion control and hydraulic drive systems for high-altitude live working vehicles—robotic aids used for power distribution maintenance without service interruption. This work, which has garnered 5 citations, establishes the control architecture as the "nerve center" for such auxiliary robots. More recently, he has advanced the field of soft robotics through dynamic modeling and crawling gait control of a six-strut spherical tensegrity robot. By employing Newton-Euler equations and cross-validating MATLAB simulations with ADAMS, his 2024 study (3 citations) provides a rigorous framework for controlling these compliant, lightweight structures. His research bridges practical engineering for power grid safety with cutting-edge tensegrity robotics, demonstrating versatility in both applied and theoretical domains. Zhang’s work is particularly notable for its systematic approach to validation, combining analytical modeling with multi-software simulation to ensure robustness.
Research Focus
Key Achievements
Top Papers
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