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The optimum design on hydrostatic spherical bearings in fluid film lubrication is studied theoretically. The analytical solutions for load-carrying capacity, recess pressure, flow rate, frictional torque, power loss and stiffness are derived for both the fitted and clearance type bearings with a capillary or an orifice restrictor. Their power loss and stiffness as a function of the equivalent radius of loads and the size of restrictors are illustrated. The optimum size of their restrictors is obtained. The effects of the seat angles, clearance-ratio and operating conditions on the bearing characteristics and the optimum size based on the minimum power loss are clarified

Optimum Design on Hydrofitatic Spherical Bearing. Analytical Solutions in Fluid Film Lubrication.