Tribology in the 80's: proceedings of an international conference held at NASA Lewis Research Center, Cleveland, Ohio, April 18-21, 1983, Volume 2
United States. National Aeronautics and Space Administration. Scientific and Technical Information Branch
National Aeronautics and Space Administration, Scientific and Technical Information Branch, 1984 - Technology & Engineering
35 pages matching minimum film thickness in this book
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adhesion aircraft AISI alloys applications ASLE ASME asperity Ball Bearing bearing materials behavior body film carbide carbon ceramics CFx)n Cheng coefficient of friction components composites conjunction corrosion deformation deposition developed dimensionless Dowson effects EHL contacts elastic elastohydrodynamic lubrication elastomers energy face seal failure mode fatigue fluid fracture friction and wear friction coefficient gas turbine gear graphite Hamrock Hertz Hertzian hydrodynamic lubrication increase inlet interactions Ion Plating ion-plating layer limiting shear load Lubr lubricant film mechanical metal surface micro-EHL minimum film thickness molybdenum disulfide NASA Newtonian nitrides oil film operating oxidation parameter piston ring plasma polyimide polymers predicted properties PTFE ratio Reynolds equation Rheology ring seal rolling contact shear strength shear stress shown in figure solid lubricant speed steel structure substrate surface roughness surface temperature techniques Technol temperature rise thermal tion torque traction tribological velocity viscosity Winer