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↗
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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↗
Nonlinear combustion instability in liquid-propellant rocket engines. The transverse mode. I. The hydrodynamic differential and difference equations and computer algorithm
Hydrodynamic differential and difference equations and computer algorithm for nonlinear combustion instability in liquid propellant rocket engines, and Fortran IV listing
ALGORITHM↗
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↗
Supernova hydrodynamics and nucleosynthesis.
Core of two solar masses of gravitationally collapsing star, analyzing hydrodynamics, heating, helium 4 formation, neutron decay, nucleosynthesis, light output and mass ejection
SUPERNOVA↗
Experiments with hydrodynamic journal bearings of various materials and designs in sodium at temperatures to 800 deg F.
Hydrodynamic journal bearings in liquid sodium, discussing stability characteristics of different geometries and wear at high temperatures
TEMPERATURE EFFECT↗
Hydrodynamics and heat transfer in a convoluted stream between two coaxial cylinders
Hydrodynamic and heat transfer equations for turbulent annular flow
Ustimenko, B. P.↗
Investigation of the hydrodynamics and heat transfer in a channel with turbulizers on the heat transfer surface
Hydrodynamics and heat transfer of heated air flowing in tube with turbilizers on heat transfer surface
Karasev, E. K.↗
Hydrodynamics of aircraft tire hydroplaning
Approximate theory for inviscid hydrodynamics of aircraft tire hydroplaning
Henry, C. J.↗
Behavior of hydrostatic and hydrodynamic noncontacting face seals.
Hydrostatic and hydrodynamic noncontacting face seals investigated for pressure generation and static stability
Cheng, H. S.↗
Experiments with hydrodynamic journal bearings of various materials and designs in sodium at temperatures to 800 deg F.
Hydrodynamic journal bearings in liquid sodium, discussing stability characteristics of different geometries and wear at high temperatures
Anderson, W. J.↗
Self-sustained hydrodynamic oscillations in a natural-circulation two-phase-flow boiling loop
Results of an experimental and theoretical study of factors affecting self-sustaining hydrodynamic oscillations in boiling-water loops are reported. Data on flow variables, and the effects of geometry, subcooling and pressure on the development of oscillatory behavior in a natural-circulation two-phase-flow boiling loop are included.
Jain, K. C.↗
The influence of the injection process on the operating behavior of small liquid rockets. Part 1 - Hydrodynamic variables in the fuel injection by impinging jets
Injection process influence on operating behavior of small liquid rockets - Hydrodynamic variables in fuel injection by impinging jets
Hartung, W.↗
Scattering of electromagnetic waves on hydrodynamic pulsations of a turbulent plasma
Electromagnetic wave scattering on hydrodynamic pulsations of turbulent plasma
Makhankov, V. G.↗
A new momentum integral method for treating magnetohydrodynamic and simple hydrodynamic entrance flows
Momentum integral method treating magnetohydrodynamic and simple hydrodynamic entrance flows
Schwirian, R. E.↗
Hydrodynamic stability of inviscid rotating coaxial jets
Hydrodynamic stability of inviscid rotating coaxial jets
Leibovich, S.↗
Experiments in hydrodynamic grease bearings.
Hydrodynamic conical and spherical spiral grooved grease bearings replacement of gyro ball bearings for extended space missions
Broussard, P. H.↗
Hydrodynamic squeeze-film bearings for gyroscopes
Experimental tests are conducted on squeeze-film bearings by applying electricity to piezoelectric ceramics, causing vibrations at thousands or millions of Hz that are amplified and transmitted to the bearing. Rotor operation through 24,000 rpm without whirl instability proved bearing ability to support rotor weight without hydrodynamic action.
Chiang, T.↗