Journal of Lubrication Technology, Volume 96American Society of Mechanical Engineers, 1974 - Engineering |
Contents
A Method for Determination of Constant and Varying Friction Factors During Ring Com | 425 |
A Thermal Thermoelastic and Wear Simulation of a HighEnergy Sliding Contact | 497 |
Comparison Between Predicted and Measured Axial Pressure Distribution Between | 508 |
1 other sections not shown
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Common terms and phrases
analysis angle approximately ASME axial ball bearings bearings operating boundary conditions calculated clearance coefficient computed constant Constantinescu CONTACT ANGLE cooling coordinate Couette flow curves deg F dimensionless disk Elastohydrodynamic experimental factor fluid film foil foil bearing force friction function gear groove heat hydrodynamic increase inertia effects inlet inner race journal bearings JOURNAL OF LUBRICATION laminar flow layer load capacity lubricant film Lubrication Division LUBRICATION TECHNOLOGY lubrication theory maximum measured MECHANICAL ENGINEERS N/m² nondimensional normal obtained oil flow paper parameter percent piston porous power loss predicted present pressure distribution radial radius region Reynolds number ring Series F shear stress shown in Fig sliding solution squeeze film surface Taylor number Taylor vortices temperature thermal thrust bearing thrust load tion torque TRANS Turbulent Film turbulent flow turbulent lubrication velocity profiles viscosity wear width др