Junxiao Zhang
Papers
2
Total Citations
34
H-Index
2
About
Junxiao Zhang’s research lies at the intersection of advanced robotics and fluid power systems, with a primary focus on the control and optimization of electro-hydraulic servo systems for legged robots. His work addresses critical challenges in hydraulic drive units (HDUs), particularly the trade-off between energy efficiency and dynamic performance. In his highly cited 2020 paper, Zhang introduced a pump-valve compound drive architecture that mathematically models and controls force output while significantly reducing the energy losses inherent in traditional valve-controlled cylinder systems—a key bottleneck for legged robot endurance. Building on this, he developed a fuzzy terminal sliding mode controller enhanced with a compound reaching law and time delay estimation, achieving robust, high-speed response in HDUs. Though his citation counts (26 and 8 for his top papers) reflect a growing, specialized impact, Zhang’s contributions are notable for their practical engineering rigor: his work directly enables more agile, power-dense, and energy-efficient legged robots. For students and researchers, Zhang exemplifies how control theory and system design converge to push the boundaries of robotic locomotion.
Research Focus
Key Achievements
Top Papers
- 1
- 2