Lambiris, BMathioudakis, KStamatis, APapailiou, KA method of simulation of the performance of jet engines, with the possibility of adapting to engine particularities, is presented. It employs an adaptation procedure coupled to a performance model solving the component matching problem. The proposed method can provide accurate simulation for engines of the same type, with differences that are due to manufacturing or assembly tolerances. It does not require accurate component maps, because they are derived during the adaptation procedure. It can also be used for health monitoring purposes, for component fault identification, and condition assessment. The effectiveness of the proposed method is demonstrated by application to two commercial jet engines.http://hdl.handle.net/123456789/111468966ISI:A1994PQ872000180748-465810890engAIAA, Washington, DC, United StatesJournal of Propulsion and PowerHealth monitoringComputer simulationFits and tolerancesComponent matching problemAdaptive modelingJet enginesComponentsCondition monitoringEngine particularitiesMathematical modelsManufacturePerformanceAssemblyMonitoringAdaptive modeling of jet engine performance with application to condition monitoringjournalArticle1994Δημοσίευση σε περιοδικόPublication in journalΑεροδιαστημική μηχανικήAerospace Engineeringisi - Engineering, Aerospace includes resources concerned with astronautics, aeronautics, aerospace, and aviation. Topics covered include the design and construction of aircraft, space vehicles, missiles, satellites, instrumentation, and power units, as well as the launch, flight, and guidance of crafts in the earth's atmosphere or in space. Resources in this category draw from many fields, including mechanics and mechanical engineering, automation, instrumentation, and materials science.Επιστημονικό άρθροScientific articleΕθνικό Μετσόβιο ΠολυτεχνείοGreek Aggregator OpenArchives.gr | National Documentation Centre (EKT)other