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000 SHAFT SPEED 2.4 million DN bearing and oil-out bearing heat bearing temperatures bearing were significantly bearings was investigated BORE A CUP cage computer optimized CONE BORE cone temperature cone-face temperature cone-rib tangential velocities cup cooling flow cup outer surface decreasing the high effect of shaft end flow rate ft/min function of shaft heat transferred high cup temperatures high-speed operation high-speed-design bearing higher speeds holes increased lubricant flow investigated at shaft large end diameter large end flow Lewis Research Center loads from 26 lubricant flow rate lubricant inlet temperature modified standard mVmin 1.0 gal/min oil-in temperature oil-out temperatures outer surface temperature radial and thrust radial load roller large end rpm under heavy shown in figure small end flow standard bearing tested standard design bearing successfully at shaft tapered roller bearing tapered-roller bearing operated temperatures and heat test bearing test rig THERMOCOUPLE thrust and radial Thrust load total flow rate