Convective Inertia and Gas Ingestion Effects on Flow Regimes of the Viscoseal Theory and Experiment
Theoretical and experimental study of convective inertia and gas ingestion effects on flow regimes of viscoseal
Johnson, R. L.↗
Engineering topics
Ludwig, L. P.
Publications and source records attributed to Ludwig, L. P..
Experimental and theoretical study of the viscoseal
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Johnson, R. L.↗
Wear and friction of various polymer laminates in liquid nitrogen and in liquid hydrogen
Wear and friction of various polymer laminates in liquid nitrogen and in liquid hydrogen
WEAR↗
Experimental and theoretical study of the viscoseal.
Pressure patterns, gas ingestion and sealing capacity of viscoseals investigated using oil, water and liquid sodium as sealed fluids
INGESTION↗
Flow and pressure field analysis of parallel groove geometry for an incompressible fluid with convective inertia effects
Flow and pressure field analysis of parallel groove geometry for incompressible fluid with convective inertia effects
INCOMPRESSIBLE FLUID↗
Gas ingestion and sealing capacity of helical groove fluid film seal /viscoseal/ using sodium and water as sealed fluids
Helical groove viscosity seal using sodium and water as sealed fluids
LIQUID SODIUM↗
Lubricants, bearings and seals
Extreme temperature, vacuum, and chemically active fluid effects on bearing and sealing materials and lubricants
BEARING↗
Experimental and theoretical study of the viscoseal
Experimental study of pressure, gas ingestion, and capacity of viscoseals, and mathematical model for deriving modified Reynolds number
PRESSURE DISTRIBUTION↗
Experimental study of end effect and pressure patterns in helical groove fluid film seal /viscoseal/
End effect and pressure patterns in viscoseal with smooth rotor and stationary helically grooved housing
PRESSURE EFFECT↗