Literature on PHM is focused on research dedicated to the definition of new algorithms to achieve better failures prognosis or earlier and more accurate fault diagnosis, but lacks of examples on the design of novel PHM frameworks and the practical issues related with their implementation. This paper describes a roadmap for the design of a novel Prognostics and Health Management system while making reference to a real-case scenario applied to electro-mechanical actuators for flight control systems.
Design of a PHM system for electro-mechanical flight controls: a roadmap from preliminary analyses to iron-bird validation / DE MARTIN, Andrea; Jacazio, Giovanni; Sorli, Massimo. - 304:(2019). (Intervento presentato al convegno EASN2019 9th EASN International Conference on Innoviation in Aviation & Space tenutosi a Athens (GR) nel September 3-6) [10.1051/matecconf/201930404018].
Design of a PHM system for electro-mechanical flight controls: a roadmap from preliminary analyses to iron-bird validation
Andrea De Martin;Giovanni Jacazio;Massimo Sorli
2019
Abstract
Literature on PHM is focused on research dedicated to the definition of new algorithms to achieve better failures prognosis or earlier and more accurate fault diagnosis, but lacks of examples on the design of novel PHM frameworks and the practical issues related with their implementation. This paper describes a roadmap for the design of a novel Prognostics and Health Management system while making reference to a real-case scenario applied to electro-mechanical actuators for flight control systems.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2765803
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