Generic Integrated Maintenance Diagnostics
Harry M. Seaman
Abstract
Harry M. Seaman
Abstract
Maintenance Support for a weapon system involves both preventive and corrective maintenance actions. Preventive maintenance is normally associated with mechanical equipment, and requires prognostic maintenance techniques to predict failures before they occur. Corrective maintenance is more closely associated with electronic equipment, and requires diagnostic maintenance techniques to detect and isolate failures after they occur. To pursue a systems approach to weapon system maintenance using both prognostics and diagnostics, the Air Force has initiated a program entitled, ``Generic Integrated Maintenance Diagnostics (GIMADs)''. This paper provides insight into the GIMADS program at Aeronautical Systems Division.
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Maintenance Support for a weapon system involves both preventive and corrective maintenance actions. Preventive maintenance is normally associated with mechanical equipment, and requires prognostic maintenance techniques to predict failures before they occur. Corrective maintenance is more closely associated with electronic equipment, and requires diagnostic maintenance techniques to detect and isolate failures after they occur. To pursue a systems approach to weapon system maintenance using both prognostics and diagnostics, the Air Force has initiated a program entitled, ``Generic Integrated Maintenance Diagnostics (GIMADs)''. This paper provides insight into the GIMADS program at Aeronautical Systems Division.
Key concepts: Prognostics, Aircraft maintenance, Predictive maintenance, Preventive maintenance, Corrective maintenance, Reliability engineering, Maintenance engineering, Proactive maintenance