Graphite fluoride /CF sub x/ sub n - A new solid lubricant
Friction and wear tests on solid lubricant graphite fluoride compared with molybdenum disulfide at specific temperatures, considering friction coefficient
Fusaro, R. L.↗
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Results for “Lubricants”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development and uses of an in situ MoS2 solid film lubricant
Molybdenum disulfide solid film lubricant with increased wear life developed from in situ conversion of electrodeposited molybdenum trioxide
Vest, C. E.↗
Elastohydrodynamic lubrication theory as a design parameter for rolling element bearings
Rolling element bearings fatigue life prediction and extension, using elastohydrodynamic lubrication theory
Anderson, W. J.↗
The behavior of lubrication system components in a vacuum environment
Lubrication system components behavior in vacuum environment, investigating evaporation, friction, adhesion, wear, etc
Buckley, D. H.↗
Friction characteristics of sputtered solid film lubricants
Solid film lubricants deposited by DC and RF sputtering on metal and glass surfaces, determining friction characteristics by electron microscopy
Spalvins, T.↗
Implementation of time-transient and step-jump dynamic analyses of gas-lubricated bearings
Time transient and step-jump dynamic analyses of gas lubricated bearing, illustrating hybrid journal and Rayleigh-Step thrust bearings
Colsher, R.↗
The dynamic characteristics of a turborotor simulator supported on gas-lubricated foil bearings. II - Operation with heating and thermal gradients
Gas lubricated foil bearing performance as support for turborotor simulator, examining heating and thermal gradient effects
Licht, L.↗
The dynamic characteristics of a turborotor simulator supported on gas-lubricated foil bearings. I - Response to rotating imbalance and unidirectional excitation
Dynamic characteristics of turborotor simulator supported on gas lubricated foil bearings, considering rotor response to imbalance
Licht, L.↗
Aerospace lubrication for advanced vehicles
Lubrication technology for space shuttles, discussing vehicles and airbreating and rocket engines
Johnson, R. L.↗
Resin additive improves performance of high-temperature hydrocarbon lubricants
Paraffinic resins, in high temperature applications, improve strength of thin lubricant film in Hertzian contacts even though they do not increase bulk oil viscosity. Use of resin circumvents corrosivity and high volatility problems inherent with many chemical additives.
Johnson, R. L.↗
Metallic film diffusion for boundary lubrication Patent
Metallic film diffusion into metal or ceramic surfaces for boundary lubrication in aerospace environments
Buckley, D. H.↗
Development of lubricating oils suitable for use with liquid oxidizers Quarterly progress report, 1 Jun. - 31 Aug. 1970
Investigating ester and alkyl compounds as lubricating oils for use with liquid oxidizers
Breed, L. W.↗
Grease lubricated spiral groove gyro bearings Final report
Grease lubricated spiral groove bearings suitable for spin axis of gyros in automatic pilots
Chu, T. Y.↗
Lubrication considerations in gear design
Lubrication considerations in design of gears
Townsend, D. P.↗
Method of making self lubricating fluoride- metal composite materials Patent
Production of barium fluoride-calcium fluoride composite lubricant for bearings or seals
Sliney, H. E.↗
Analysis and computer program for evaluation of rotating incompressibly lubricated pressurized thrust bearings
Computer analysis of pressurized thrust bearing design using incompressible lubricant
Fleming, D. P.↗
Development of lubricating oils suitable for use with liquid oxidizers Final summary report, 4 Dec. 1969 - 4 Oct. 1970
Development of lubricating oils suitable for use with liquid oxidizers
Breed, L. W.↗
Tungsten as a slipring material for use with gallium lubrication in ultrahigh vacuum
Tungsten hemisphere against tungsten disk slipring assembly with liquid gallium lubrication in ultrahigh vacuum
Przybyszewski, J. S.↗