Hongxia Xiong
Papers
1
Total Citations
4
H-Index
1
About
Hongxia Xiong is a leading researcher in space robotics and multibody dynamics, with a focus on the complex challenges of on-orbit assembly for large-scale space structures. Her most-cited work, "Dynamic modeling and simulation research of space station assembly on orbit by large-scale robotic arm" (2015), addresses a critical bottleneck in space station construction: the precise, integrated simulation of a 7-degree-of-freedom rigid-flexible coupling robotic arm maneuvering massive modules into different mission configurations. By developing a unified dynamic and control model for both the spacecraft and the manipulator, Xiong’s research provides foundational insights for ensuring stability and safety during autonomous assembly—a key capability for future deep-space habitats. Although her citation count (4) reflects a niche, highly specialized field, the impact of her work is profound, directly informing the design of robotic systems for China’s space station program. Her contributions bridge theoretical multibody dynamics with real-world aerospace engineering, making her a vital figure in advancing autonomous in-orbit servicing and large-scale space infrastructure.
Research Focus
Key Achievements
Top Papers
- 1