George L. Yang
Papers
2
Total Citations
20
H-Index
2
About
George L. Yang is a distinguished researcher in space robotics and satellite docking dynamics, whose work has advanced the validation of complex space systems. His primary research areas include contact dynamics simulation, on-orbit servicing, and experimental verification of satellite docking mechanisms. Yang’s major contributions center on bridging the gap between computational models and real-world performance, particularly through the development and validation of a generic contact-dynamics toolkit within a Simulink-based satellite docking simulator. His most-cited work, “Validation of A Satellite Docking Simulator using the SOSS Experimental Testbed” (2006, 17 citations), demonstrates his pioneering approach to experimentally verifying simulation software designed to support the design and verification of space station robotic systems and satellite on-orbit operations. Yang’s research addresses the critical challenge of validating full 6-DOF dynamic performance for large, complex space robotic systems—such as docking and capturing mechanisms—which cannot be adequately tested on the ground due to gravity and other environmental effects. By leveraging air-bearing-based experimental testbeds, he has provided essential empirical validation that enhances the reliability of satellite docking simulations, making his work foundational for future space missions and robotic servicing technologies.
Research Focus
Key Achievements
Top Papers
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