Results 121 to 130 of about 129,510 (167)
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Radial flow of viscoelastic liquids
Journal of Non-Newtonian Fluid Mechanics, 1976Abstract Pressure profiles P(r) are measured for a highly non-Newtonian polymer solution undergoing divergent radial flow between circular disks. The liquid is designed to be highly elastic, unlike others examined in radial flow, with (τ11 − τ22)/τ21 > 1 in viscometric shear.
Michael C.H. Lee, Michael C. Williams
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Physics of Fluids, 2005
We study the stability of surface waves on the radial film flow created by a vertical cylindrical water jet striking a horizontal plate. In such flows, surface waves have been found to be unstable and can cause transition to turbulence. This surface-wave-induced transition is different from the well-known Tollmien–Schlichting wave-induced transition ...
Cholemari, Murali R, Arakeri, Jaywant H
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We study the stability of surface waves on the radial film flow created by a vertical cylindrical water jet striking a horizontal plate. In such flows, surface waves have been found to be unstable and can cause transition to turbulence. This surface-wave-induced transition is different from the well-known Tollmien–Schlichting wave-induced transition ...
Cholemari, Murali R, Arakeri, Jaywant H
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Radially spreading buoyant flows
Journal of Hydraulic Research, 2001The nature of the radially spreading flow that forms after a vertical buoyant jet impinges on the surface has been investigated. Previous studies have provided conflicting conclusions as to whether or not an internal hydraulic jump forms in the radially spreading flow.
Gregory A. Lawrence +1 more
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1984
The flow path in radial turbines may be centrifugal as in the Ljungstrom design or, more commonly, centripetal as in most of the machines found in both water power installations and in gas power generation plant. The two types of flow path are illustrated in Figs 8.1, 8.2 and 8.3.
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The flow path in radial turbines may be centrifugal as in the Ljungstrom design or, more commonly, centripetal as in most of the machines found in both water power installations and in gas power generation plant. The two types of flow path are illustrated in Figs 8.1, 8.2 and 8.3.
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A Radial Turbulent Flow Formula
Transactions of the AIME, 1948Abstract A radial turbulent flow formula has been developed which permits thecomputation of the pressure drop for radial flow in gas wells whether the flowis laminar, turbulent, or partially laminar and partially turbulent.
Jack R. Elenbaas, Donald L. Katz
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1979
Vector velocity diagrams appear for the first time here and the convention is summarised as follows.
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Vector velocity diagrams appear for the first time here and the convention is summarised as follows.
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British Journal of Applied Physics, 1951
The heat equation is solved for the case of constant heat/unit volume/unit time, generated in a spherical region of a homogeneous infinite medium. Curves are drawn showing the transient temperature: (1) at the centre of the spherical region; (2) at the surface of the spherical region; and (3) at a distance from the centre of twice the radius.
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The heat equation is solved for the case of constant heat/unit volume/unit time, generated in a spherical region of a homogeneous infinite medium. Curves are drawn showing the transient temperature: (1) at the centre of the spherical region; (2) at the surface of the spherical region; and (3) at a distance from the centre of twice the radius.
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System efficiency of packed bed TES with radial flow vs. axial flow – Influence of aspect ratio
Journal of Energy Storage, 2023Pablo Bueno, Ryan Anderson
exaly
Radially spreading surface flows
2009The present study investigated the radially spreading surface flow that is created when a vertical buoyant jet is discharged in shallow water and surfaces. Experiments were conducted for a series of vertical buoyant jets discharging into a shallow circular tank specially designed to simulate an infinite ambient water body so that downstream control ...
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