Results 1 - 10 of 42
[RESULT IN BRIEF] Streamlining aviation's safety systems
Adhering to the strict safety rules that govern aircraft manufacture adds considerable time to the overall process. A team of European researchers are developing systems safety analysis models that will streamline the production process.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2014-07-04
[RESULT IN BRIEF] Optimización de los sistemas de seguridad de la aviación
El cumplimiento de las estrictas normas de seguridad por las que se rige la industria aeronáutica ralentiza considerablemente el proceso de fabricación en su conjunto. Un equipo europeo de investigación está desarrollando modelos de análisis de seguridad de sistemas para optimizar dicho proceso.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2013-03-01
[RESULT IN BRIEF] Ottimizzazione dei sistemi di sicurezza nel settore dell'aviazione
Il rispetto di ferree norme di sicurezza nella fabbricazione degli aeromobili allunga notevolmente i tempi dell'intero processo produttivo. Per evitare questo inconveniente, un gruppo di ricercatori europei sta creando modelli per l'analisi della sicurezza dei sistemi in grado di ottimizzare le fasi di produzione.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2013-03-01
[RESULT IN BRIEF] Sicherheitssysteme der Luftfahrt optimieren
Die Einhaltung der vielen, den Flugzeugbau beherrschenden strengen Sicherheitsregeln erfordern viel Zeit im Gesamtprozess. Ein europäisches Forscherteam entwickeln deshalb Systemsicherheits-Analysemodelle, mit denen der Fertigungsprozess optimiert werden soll.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2013-03-01
[RESULT IN BRIEF] Rationalisation des systèmes de sécurité dans l'aviation
Adhérer aux règles de sécurité rigoureuses qui régissent la construction aéronautique prolonge considérablement le processus global. Une équipe de chercheurs européens s'emploie à développer des modèles d'analyse de la sécurité des systèmes qui rationnaliseront le processus de production.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2013-03-01
[RESULT IN BRIEF] Optymalizacja systemów bezpieczeństwa lotniczego
Konieczność przestrzegania rygorystycznych reguł bezpieczeństwa podczas produkcji samolotów znacznie wydłuża łączny czas produkcji. Zespół europejskich badaczy opracowuje modele analizy bezpieczeństwa systemów, które pozwolą usprawnić proces produkcji.
Programme: FP7-TRANSPORT
Record Number: 90594
Last updated on: 2013-05-20
The objective of the MISSA project is to develop methods and tools that lead to reduced time to complete subsequent design iterations, offering a reduction to the development costs, more time to have greater levels of performance or weight optimisation, or an increase in agili...
Programme: FP7-TRANSPORT
Record Number: 45453
Last updated on: 2014-07-04
Background and Motivation: The increase of aerospace systems complexity has meant that by using existing methods for systems development, industry has reached a barrier to innovation and a risk to the competitiveness of products. This is characterized by an increasing time to...
Programme: FP7-TRANSPORT
Record Number: 196174
Last updated on: 2017-03-24
[PROJECT] MISSA - More Integrated Systems Safety Assessment
ID: 212088
Start date: 2008-04-01, End date: 2011-06-30
The increase of aerospace systems complexity has meant that by using existing methods for systems development, industry has reached a barrier to innovation and a risk to the competitiveness of products. This is characterised by an increasing time to market for new technologie...
Programme: FP7-TRANSPORT
Record Number: 89636
Last updated on: 2017-06-05
Project context and objectives:
The objectives of the MISSA project are to develop systems safety analysis methods and tools that lead to a reduction in the time to complete subsequent design iterations, offering a reduction to the development costs, giving more time to the...
Programme: FP7-TRANSPORT
Record Number: 53646
Last updated on: 2014-07-04
List retrieved on: 2017-08-02
