Operating characteristics of a cantilever-mounted resilient-pad gas-lubricated thrust bearing
Zolton N. Nemeth, United States. National Aeronautics and Space Administration. Scientific and Technical Information Office, Lewis Research Center
National Aeronautics and Space Administration, Scientific and Technical Information Office, 1979 - Technology & Engineering - 27 pages
28 pages matching cantilever-mounted resilient-pad gas in this book
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16.8 kilonewtons 74 newtons alinement approximately bearing friction torque bearing surfaces bearing torque bearing was run cantilever beams cantilever-mounted resilient-pad gas center of pressure centimeters clamped bearing mount clearance as function experimental film Figure 9 foil bearings function of rotor gas bearings gas film gas thrust bearing gimbal mount gimbal self-alining bearing High Speed Increasing speed Induction probes journal bearing Lewis Research Center lift bearing load of 74 lubricant mating runner minimum film thickness NASA Nemeth Operating Characteristics pad and beam Pad clearance pad surfaces predicted by theory Probe 13 probe location probe signal Rayleigh step bearing Rayleigh step thrust resilient-pad gas thrust RESILIENT-PAD GAS-LUBRICATED THRUST rotor speed rpm Figure self-alining bearing mount self-alining gimbal Shaft speed shaft weight shown in figure step thrust bearing test thrust bearing theoretical film thickness thickness at probe three bearing assemblies torque sensor torque was greater touchdown speed uniform minimum film unit load