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Failure Analysis at the Kennedy Space Center
Author(s) -
Victoria Salazar,
M. Clara Wright
Publication year - 2010
Publication title -
2018 spaceops conference
Language(s) - English
Resource type - Conference proceedings
DOI - 10.2514/6.2010-2030
Subject(s) - space shuttle , aeronautics , space program , presentation (obstetrics) , variety (cybernetics) , computer science , constellation , fault tree analysis , space (punctuation) , engineering , aerospace engineering , systems engineering , forensic engineering , reliability engineering , space exploration , operating system , medicine , physics , astronomy , artificial intelligence , radiology
History has shown that failures occur in every engineering endeavor, and what we learn from those failures contributes to the knowledge base to safely complete future missions. The necessity of failure analysis is at its apex at the end of one aged program (i.e. Shuttle) and at the beginning of a new and untested program (i.e. Constellation). The information that we gain through failure analysis corrects the deficiencies in the current vehicle to make the next generation of vehicles more efficient and safe. The Failure Analysis and Materials Evaluation section in the Materials Science Division at the Kennedy Space Center performs metallurgical, mechanical, electrical, and non-metallic failure analysis and accident investigations on both flight hardware and ground support equipment (GSE) for the Shuttle, International Space Station, Constellation, and Launch Services Programs. This presentation will explore a variety of failure case studies at KSC and the lessons learned that can be applied in future programs.

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