Papers
1
Total Citations
2
H-Index
1
About
Xiaozhou Li is a researcher in robotics and mechanical dynamics, with a focus on the structural analysis of inspection systems for critical infrastructure. Their most-cited work, "The flexible body dynamic analysis of the arms of Automatic Inspection Robot For High-Voltage Transmission Line" (2009, 2 citations), addresses a key challenge in power line maintenance: the elastic deformation of robotic arms during operation. By combining ANSYS and ADAMS simulations, Li modeled stress and strain distributions in flexible bodies, providing foundational data for error compensation and structural optimization. This work contributes to the reliability of autonomous inspection robots, which are essential for reducing human risk in high-voltage environments. While Li’s citation count is modest, their research sits at the intersection of flexible multibody dynamics and field robotics, offering practical insights for improving the precision and durability of robotic manipulators under real-world loads. Their approach—integrating finite element analysis with dynamic simulation—remains relevant for engineers developing next-generation inspection systems. Li’s contributions highlight the importance of mechanical fidelity in autonomous systems, where even small deformations can impact task accuracy and safety.
Research Focus
Key Achievements
Top Papers
- 1