Federico Massobrio
Papers
1
Total Citations
3
H-Index
1
About
Federico Massobrio is a leading figure in aerospace engineering, specializing in the complex fluid dynamics of planetary entry, descent, and landing (EDL) systems. His research centers on the critical interactions between reaction control system (RCS) jets, atmospheric plumes, and planetary surfaces—work essential for precision landing on Mars and other celestial bodies. Massobrio’s most cited study, “Numerical Investigation of RCS Jet Interaction and Plume Impingement for Mars Precision Landing” (2017, 3 citations), provides foundational computational models that predict how thruster exhaust affects vehicle stability and surface erosion during landing. This contribution is vital for designing safe, accurate landing systems for robotic explorers, directly supporting European Space Agency (ESA) missions like ExoMars. By bridging numerical simulation with real-world landing challenges, Massobrio’s work enables more reliable spacecraft operations in thin Martian atmospheres. His research not only advances fundamental understanding of supersonic jet interactions but also offers practical tools for mission planners, making him a key contributor to Europe’s growing role in Mars exploration and in-situ sample collection.
Research Focus
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Top Papers
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