Gangxuan Hu
Papers
1
Total Citations
12
H-Index
1
About
Gangxuan Hu is a rising researcher in spacecraft dynamics and control, with a primary focus on the challenging domain of modular self-reconfigurable spacecraft (MSRS). His most cited work, an adaptive sliding mode control scheme enhanced by time-delay estimation, directly tackles the fundamental problem of reconstruction control for spacecraft assembled in orbit—a scenario where the floating base introduces strong dynamic coupling. By integrating time-delay estimation technology, Hu’s approach effectively handles system uncertainties without requiring complex models, offering a robust and practical solution for autonomous on-orbit assembly. This work has garnered 12 citations, signaling its relevance to the growing field of reconfigurable space systems. Hu’s contributions are particularly notable for bridging advanced control theory with real-world space engineering constraints, addressing the critical challenge of maintaining stability during structural reconfiguration. His research holds significant promise for future large-scale space structures, such as space stations or telescopes, where modular assembly and adaptability are essential. As the field of autonomous orbital construction advances, Hu’s work provides a foundational control framework that could enable more resilient and versatile spacecraft architectures.
Research Focus
Key Achievements
Top Papers
- 1