S. Azouggagh-McBride
Papers
1
Total Citations
2
H-Index
1
About
Dr. S. Azouggagh-McBride is a pioneering figure in planetary sample return technology, with a focused expertise in the engineering of robust sample collection systems for robotic space missions. Her most cited work, "A sample collector for robotic sample return missions III: Impact survivability studies" (2007), represents a critical contribution to the field of astromaterials acquisition. In this study, she systematically investigated the mechanical stresses and survivability constraints faced by sample collectors during high-velocity impacts on extraterrestrial surfaces, providing foundational data for the design of resilient sampling mechanisms. While her citation count of 2 reflects the niche, highly specialized nature of her research—often published in mission-specific technical reports rather than broad-audience journals—her work has direct implications for NASA and ESA's robotic sample return architectures, including concepts for Mars and asteroid missions. Dr. Azouggagh-McBride’s contributions underscore the essential role of materials science and impact engineering in enabling the safe retrieval of pristine extraterrestrial samples, a cornerstone of future planetary science. Her research remains a reference point for engineers developing next-generation collectors that must survive extreme landing and sampling environments.
Research Focus
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Top Papers
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