Civil and Military Airworthiness: Recent Developments and Challenges
Kourousis, Kyriakos I.
Civil and Military Airworthiness: Recent Developments and Challenges
English[eng]
risk assessment||n/a||surveillance sensor||human factors||fault tree analysis||airworthiness||structural health monitoring||aviation||aerospace structures||NASGRO||additive manufacturing||payload||Ti-6Al-4V||crack growth||safety||guided waves||Cost Per Flying Hour||military||communication||aviation engineering||prevention||condition-based maintenance||“open†category||sense and avoid||risk management||design organization||parametric model||operating and support cost||safety management system||trust||repair||life cycle cost||trainees||borescope inspection||UAS||professionals||reliability||EASA||316L stainless steel||error||risk behaviours||composites||aviation maintenance||cost-benefit analysis||risk perception factors||scheduled maintenance||and overhaul (MRO)||reliability centered maintenance||unmanned aircraft systems||F-16C/D||maintenance planning optimization||AerMet100 steel||human error||ADS-B||Bowtie analysis||visual inspection||sensors||Life Cycle Cost||unified analytical framework||F-35A||aircraft system||impact detection||importance measure||maintenance||importance measures
Civil and Military Airworthiness: Recent Developments and Challenges
English[eng]
risk assessment||n/a||surveillance sensor||human factors||fault tree analysis||airworthiness||structural health monitoring||aviation||aerospace structures||NASGRO||additive manufacturing||payload||Ti-6Al-4V||crack growth||safety||guided waves||Cost Per Flying Hour||military||communication||aviation engineering||prevention||condition-based maintenance||“open†category||sense and avoid||risk management||design organization||parametric model||operating and support cost||safety management system||trust||repair||life cycle cost||trainees||borescope inspection||UAS||professionals||reliability||EASA||316L stainless steel||error||risk behaviours||composites||aviation maintenance||cost-benefit analysis||risk perception factors||scheduled maintenance||and overhaul (MRO)||reliability centered maintenance||unmanned aircraft systems||F-16C/D||maintenance planning optimization||AerMet100 steel||human error||ADS-B||Bowtie analysis||visual inspection||sensors||Life Cycle Cost||unified analytical framework||F-35A||aircraft system||impact detection||importance measure||maintenance||importance measures