Makiko Nakahara
Papers
1
Total Citations
16
H-Index
1
About
Dr. Makiko Nakahara is a pioneering aerospace engineer whose research centers on deployable space structures, tensegrity systems, and robotic assembly for large-scale orbital infrastructure. Her most influential work, "Concept of Inflatable Tensegrity for Large Space Structures" (2006, 16 citations), introduced a groundbreaking structural concept combining inflatable tubes as compression elements with tensegrity principles for automatic assembly and maintenance by space manipulator robots. This innovative approach directly addresses the challenge of constructing massive structures like solar power satellites in orbit, offering a lightweight, self-deployable solution that eliminates the need for complex human assembly. Nakahara's contributions bridge structural engineering and space robotics, providing a scalable framework for future megastructures. Her work has been cited in subsequent research on deployable architectures and in-space manufacturing, demonstrating its foundational role in advancing autonomous construction technologies for next-generation space missions.
Research Focus
Key Achievements
Top Papers
- 1Concept of Inflatable Tensegrity for Large Space Structures16 citations · 2006