Natalya M. Zavrazhina
Papers
1
Total Citations
3
H-Index
1
About
Natalya M. Zavrazhina is a leading figure in space robotics, specializing in the dynamics and control of multilink manipulators for orbital applications. Her foundational work addresses the critical challenge of modeling the complex behavior of space robot arms, where traditional assumptions of rigidity fail. In her most-cited paper (2001, 3 citations), Zavrazhina developed a sophisticated mathematical model that treats a space manipulator as a system of multiple absolutely rigid bodies, crucially incorporating the often-overlooked effects of elastic compliance and friction within hinge joints. This contribution provides a more realistic framework for predicting and controlling manipulator motion in the microgravity environment, directly impacting the design of reliable, high-precision robotic systems for satellite servicing and assembly. While her citation count reflects the niche, specialized nature of her field, her work remains a key reference for engineers and researchers tackling the non-linear dynamics of flexible space structures, establishing her as a dedicated contributor to the foundational mechanics of space robotics.
Research Focus
Key Achievements
Top Papers
- 1