Accession Number : ADA318971
Title : Tribology for Aerospace Systems.
Corporate Author : ADVISORY GROUP FOR AEROSPACE RESEARCH AND DEVELOPMENT NEUILLY-SUR-SEINE (FRAN CE)
PDF Url : ADA318971
Report Date : OCT 1996
Pagination or Media Count : 191
Abstract : Tribology deals with the design, friction, wear, and lubrication of interacting surfaces in relative motion, as bearings or gears. This definition sheds light on problems that tribological phenomena may cause in NATO's armaments, for example, systems failures and downtime repairs, supply and resupply with their costs in the permanent and/or temporary loss of trained personnel, and reoccurring materials and labor costs. In general solutions to these problems include redesign of components, replacement of materials with harder and/or lower friction materials, and improved lubricants. The objective of this AGARD Specialists' Meeting on Tribology for Aerospace Systems was twofold: (1) discuss the technology problems by having a meeting among specialists of new technologies (such as coatings, lubrication) and people dealing with practical problems in NATO systems (airframe, engines, etc...); and (2) improve the knowledge of Tribology by engineers designing or maintaining NATO systems. The scope of the Meeting was broader than aerospace because papers on reciprocating engines in land based systems were also included. It must be realized that tribological phenomena such as friction and wear are problems that will never be completely overcome by technology but can be put in 'remission' through some of the approaches outlined here. Rain and dust erosion were not included in the Terms of Reference and should be the subject of a future AGARD activity.
Descriptors : *AEROSPACE SYSTEMS, *RECIPROCATING ENGINES, *TRIBOLOGY, WEAPONS, NATO, INTERACTIONS, MATERIALS, MOTION, COSTS, COATINGS, SOLUTIONS(GENERAL), REPAIR, FRENCH LANGUAGE, AIRFRAMES, REPLACEMENT, ENGINEERS, LOSSES, BEARINGS, SPECIALISTS, FRICTION, LUBRICANTS, GEARS, LUBRICATION, LAND AREAS, DOWNTIME.
Subject Categories : Aerodynamics
Reciprocating and Rotating Engines
Distribution Statement : APPROVED FOR PUBLIC RELEASE