John Riehl
Papers
2
Total Citations
16
H-Index
2
About
John Riehl’s research spans the frontiers of space exploration and robotic automation, with a particular focus on advanced propulsion systems for deep-space missions and the economic viability of robotized construction. His most cited work, “NEXT Ion Propulsion System Configurations and Performance for Saturn System Exploration” (2007, 14 citations), addresses the growing interest in returning to the Saturn system following the Cassini/Huygens triumphs. Riehl’s analysis of NEXT ion propulsion configurations offers a pathway toward sustained robotic presence at Titan, including orbiters and in-situ vehicles like landers or aerobots—a contribution that resonates with mission planners seeking efficient, long-duration propulsion solutions. Earlier, in “The Use of Simulation Results in the Economic Analysis of Robotized Construction Tasks” (2001, 2 citations), co-authored with Seward and Zied, Riehl tackled the critical challenge of justifying robotic automation in construction through rigorous economic modeling. While his citation counts are modest, Riehl’s work bridges theoretical propulsion design and practical automation economics, reflecting a career dedicated to enabling future exploration and improving industrial efficiency. His research continues to inform both NASA’s next-generation propulsion studies and the broader dialogue on robotic integration in infrastructure development.
Research Focus
Key Achievements
Top Papers
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