Theory and experiments of squeeze-film gas bearings. I - Cylindrical journal bearing.
Cylindrical squeeze-film gas journal bearing, noting load deflection experiments
GAS BEARING↗
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Materials for potassium lubricated journal bearings Quarterly progress report no. 11, Oct. 22, 1965 - Jan. 22, 1966
Materials for potassium lubricated journal bearing and shaft applications in space system turbogenerators
SHAFT↗
Hydrodynamic journal bearing program Quarterly progress report no. 2, Jul. 29 - Oct. 29, 1965
Test rig and computer program for hydrodynamic journal bearing for spacecraft power supply
COMPUTER PROGRAM↗
Hydrodynamic journal bearing program Quarterly progress report, Jan. 29 - Apr. 29, 1966
Fabrication and testing of hydrodynamic journal bearing for spacecraft power system
SPACECRAFT POWER SUPPLY↗
Materials for potassium lubricated journal bearings Quarterly progress report, 22 Jan. - 22 Apr. 1966
Materials for potassium lubricated journal bearings
LUBRICATION SYSTEM↗
On Error Torques of Squeeze-film Cylindrical Journal Bearings
Error torques of squeeze film cylindrical journal bearings
JOURNAL BEARING↗
Operation of hydrodynamic journal bearings in sodium at temperatures to 800 deg F and speeds to 12000 rpm
Operation of hydrodynamic journal bearings in liquid sodium at high temperatures and high speeds
STABILITY TEST↗
Steady-state and dynamic properties of journal bearings in laminar flow regimes. I. Tilting-pad bearings
Steady state and dynamic properties of tilting pad journal bearings in laminar and turbulent flows
STATIC LOADING↗
Hydrodynamic journal bearing program Quarterly progress report, 29 Apr. - 29 Jul. 1966
Hydrodynamic journal bearing instrumentation program
POWER SUPPLY↗
Steady state and dynamic properties of journal bearings in laminar and superlaminar flow regimes. II - Full floating ring bearings
Steady state and dynamic properties of journal bearings in laminar and superlaminar flow regimes
LAMINAR FLOW↗
Experiments with hydrodynamic journal bearings of various materials and designs in sodium at temperatures to 800 deg F
Hydrodynamic journal bearings used in experiments on various materials and designs in liquid sodium at temperatures to 800 deg F
LIQUID SODIUM↗
Performance characteristics of herringbone- grooved journal bearings operating at high eccentricity ratios and with misalignment
Performance characteristics of gas lubricated spiral grooved journal bearings operating at high eccentricity ratios and with misalignment
PERFORMANCE CHARACTERISTICS↗
Experiments with hydrodynamic journal bearings of various materials and designs in sodium at temperatures to 800 deg F.
Stability, wear and seizure characteristics of hydrodynamic journal bearings of various materials and designs in sodium at temperatures to 800 degrees F
STRUCTURAL STABILITY↗
The steady-state and dynamic characteristics of the tilting-pad journal bearing in laminar and turbulent flow regimes.
Steady state and dynamic characteristics of tilting pad journal bearing in laminar and turbulent flow regime
JOURNAL BEARING↗
Journal-bearing velocity profiles for small- eccentricity and moderate modified Reynolds numbers.
Velocity profiles for infinite cylindrical journal bearing, using small eccentricity perturbation calculation and modified Reynolds number as parameter
REYNOLDS NUMBER↗
Gas bearings - Journal and thrust.
Design and applications of gas-lubricated journal and thrust bearings of self-acting and externally pressurized types
THRUST BEARING↗
On error torques of squeeze-film cylindrical journal bearings.
Parasitic torques of squeeze-film cylindrical journal bearings in output axis of high performance gyroscopes, discussing tolerance errors
GYROSCOPIC STABILITY↗
Steady-state and dynamic properties of the floating-ring journal bearing.
Steady state and dynamic properties of cylindrical floating ring journal bearing with pressurized lubricant supply, considering turbulent flow and whirl instability
WHIRL INSTABILITY↗