2002•Unpublished venueRequires access

Application of integrated diagnostic process to non-avionics systems

Dennis L. Gärtner, S.E. Dibbert

Open publisher page 3 citations

Abstract

Most efforts to improve the diagnostic performance of military aircraft systems/subsystems and off-aircraft maintenance have focused mainly on avionics systems/subsystems. From that effort a process (Integrated Diagnostics) has evolved to address some of the major contributors to poor diagnostic performance and has been implemented at The Boeing Company with demonstrated success. Even though the tools used were developed based on avionics, the tools should benefit non-avionics systems. This paper documents the results of applying those tools to a fighter aircraft hydraulic system.

About this research paper

What this paper is about

Most efforts to improve the diagnostic performance of military aircraft systems/subsystems and off-aircraft maintenance have focused mainly on avionics systems/subsystems. From that effort a process (Integrated Diagnostics) has evolved to address some of the major contributors to poor diagnostic performance and has been implemented at The Boeing Company with demonstrated success. Even though the tools used were developed based on avionics, the tools should benefit non-avionics systems. This paper documents the results of applying those tools to a fighter aircraft hydraulic system.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Most efforts to improve the diagnostic performance of military aircraft systems/subsystems and off-aircraft maintenance have focused mainly on avionics systems/subsystems. From that effort a process (Integrated Diagnostics) has evolved to address some of the major contributors to poor diagnostic performance and has been implemented at The Boeing Company with demonstrated success. Even though the tools used were developed based on avionics, the tools should benefit non-avionics systems. This paper documents the results of applying those tools to a fighter aircraft hydraulic system.

Key concepts: Avionics, Systems engineering, Process (computing), Engineering, Aircraft maintenance, Integrated modular avionics, Computer science, Reliability engineering

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