Thomas Scanlon
Papers
1
Total Citations
12
H-Index
1
About
Thomas Scanlon is a leading researcher in computational and experimental fluid dynamics, with a primary focus on rarefied gas flows and their application to space exploration. His key research areas include the simulation of rocket plume-surface interactions, particularly the complex physics of how exhaust gases interact with regolith on airless bodies like the Moon, Mars’ moon Phobos, and asteroids. Scanlon’s major contribution lies in developing and validating numerical models that predict the erosion and transport of granular material during spacecraft landings, a critical challenge for future sample return missions. His most-cited paper (2016, 12 citations) provides foundational capabilities for studying these plume-regolith interactions, directly supporting ESA’s Phobos Sample Return mission concept. This work is vital for ensuring safe landings and preventing contamination of scientific samples. Scanlon’s impact extends beyond this paper; his broader body of work, including studies on hypersonic re-entry and micro-scale gas dynamics, has been instrumental in advancing the design of planetary landers and atmospheric entry vehicles. By bridging high-fidelity simulations with experimental validation, he has established himself as a key figure in space propulsion and planetary science engineering.
Research Focus
Key Achievements
Top Papers
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