Carlos M. Roithmayr

Langley Research Center, Cambridge University Press

Papers

Total Citations

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About

Carlos M. Roithmayr is an aerospace engineer and dynamics researcher whose work sits at the intersection of multibody mechanics, spacecraft systems, and applied mathematics. He is best known for his contributions to the teaching and application of Kane's Method — a powerful and efficient approach to formulating equations of motion for complex mechanical systems. His coauthored textbook *Dynamics: Theory and Application of Kane's Method* (2015, 23 citations) has become a valued resource for engineering and physics students grappling with the mechanics of spacecraft, robotic manipulators, and articulated scientific instruments, praised for reducing the analytical labor traditionally associated with multibody dynamics. A revised and reviewed edition in 2016 further solidified the work's standing in the academic community, earning recognition from leading rotorcraft researchers at institutions such as the University of Maryland. Beyond pedagogy, Roithmayr has applied his expertise to cutting-edge mission concepts, including the formidable challenge of capturing a small asteroid and transporting it to cislunar orbit — work documented in his 2013 paper *Catching a Rolling Stone* (5 citations). His research collectively advances both the theoretical foundations and real-world engineering practice of astrodynamics and spacecraft control.