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CONCLUSIONS AND RECOMMENDATIONS _ ? 2
APPENDIX B TURBULENT FILM WHIPPLE THEORY WITH TEMPERATURE
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aft-side apparent sliding velocity bearing film boundary conditions centrifugal head CM CM CM coarse-scale coefficient configuration convective derivative convective heat transfer Couette problem cscB cscp ctnp dissipation effective temperatures energy equation experimental data film temperature fluid fluid-film bearing flux line friction power friction-temperature governing equations groove groove-ridge pair head loss heat transfer analysis hybrid incompressible integrated interpolation isoviscous calculations iteration laminar load capacity Lubrication Theory macrostructure problem mean film mean viscosity mils narrow-groove approximation NdTl numbered references Nusselt optimized design parameters pocket depth power loss pressure gradients psig radial Reynolds number rH rH rolling-element bearing rotational symmetry shear stress shown in Figure spiral spiral-grooved bearing spiral-grooved thrust bearing supply pressure temperature effects temperature field temperature problem turbulent film Uh/v universal functions viscous heating wall temperature Whipple width