Effect of groove geometry on viscoseal performance.
Groove geometry effect on performance viscoseal with sealed water in laminar and turbulent conditions
GROOVE↗
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Results for “viscosity”
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Viscosity correlation for para-hydrogen in the gaseous and liquid states.
Liquid and gas viscosity correlation at 1 atm with reduced density for parahydrogen
PARA HYDROGEN↗
Convective inertia and gas ingestion effects on flow regimes of the viscoseal - Theory and experiment.
Viscoseal operation in superlaminar flow regime noting pressure patterns, end effect, gas ingestion and sealing capacity
TURBULENT FLOW↗
Effect of groove geometry on viscoseal performance.
Groove geometry effect on performance viscoseal with sealed water in laminar and turbulent conditions
SEALING↗
Stability of shear flow with density gradient and viscosity
Stability of shear flow with density gradient and viscosity
Baker, R. L.↗
Viscosity of gas mixtures
Approximate methods for predicting viscosities of gas mixtures involving both polar and nonpolar gases
Brokaw, R. S.↗
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.↗
Effects of viscosity and external constraints on wave transmission in blood vessels
Viscosity and external constraints studied for effects on wave transmission in blood vessels
Anliker, M.↗
Effective viscosity of a streaming collision- free plasma in a weakly turbulent magnetic field.
Fokker-Planck analysis of effective viscosity of streaming collisionless plasma in weakly turbulent magnetic field
Tsuda, T.↗
Convective inertia and gas ingestion effects on flow regimes of the viscoseal theory and experiment.
Viscoseal operation in superlaminar flow regime noting pressure patterns, end effect, gas ingestion and sealing capacity
Johnson, R. L.↗
Third approximation to the viscosity of multicomponent mixtures.
Additional matrix elements necessary for third approximation to viscosity of multicomponent gas mixtures
Devoto, R. S.↗
Discrepancies between viscosity data for simple gases.
Dilute gas viscosity coefficient data evaluated for simple gases above room temperature, discussing correctness and experimental discrepancies
Childs, G. E.↗
Production of negative eddy conductivities and viscosities in the presence of buoyancy and shear.
Negative eddy conductivities and viscosity generation in presence of buoyancy and shear, noting turbulence decay with time
Deissler, R. G.↗
A method for measuring Reynolds number, viscosity, and atom concentration in hypervelocity nozzles.
Reynolds number, viscosity and atom concentration in hypervelocity nozzles measured using stagnation point heat transfer
Reddy, N.M.↗
Turbulence, viscosity, and dissipation in the solar-wind plasma.
Solar wind plasma turbulence and dissipation, noting viscosity and power spectra of magnetic field
Coleman, P. J., Jr.↗
High-temperature viscosities and diffusivities of ionized hydrogen-uranium mixtures.
Ionized H-u mixtures high temperature viscosity and diffusivity calculation method
Schneiderman, S. B.↗
An experimental study of the viscoseal bearing Interim report
Viscoseal bearing experimental analysis of bearing characteristics and sealing performance
Shah, C. K.↗
Surface Tension, Viscosity, and Density Measurements of Two Fluorocarbon Solvents, FC-43 and FC-78
Surface tension, viscosity, and density of fluorocarbon solvents as function of temperature
Coney, Thom A.↗