Results 151 to 160 of about 596,074 (194)
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1982
There are two basic types of turbine suitable and used at present in turbochargers, the radial flow and the axial flow. The radial flow turbine is mainly used for small automotive or truck turbochargers; the axial type is commonly used for the large turbochargers applied to medium-speed stationary and railway traction engines and large marine engines.
N. Watson, M. S. Janota
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There are two basic types of turbine suitable and used at present in turbochargers, the radial flow and the axial flow. The radial flow turbine is mainly used for small automotive or truck turbochargers; the axial type is commonly used for the large turbochargers applied to medium-speed stationary and railway traction engines and large marine engines.
N. Watson, M. S. Janota
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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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The radial flow of pastes and gels
Chemical Engineering Science, 2000Abstract Materials processing can require the flow of pastes to occur in two or three dimensions whereas predictive approaches are only available at present for simpler flows. Radial outflow of pastes between circular discs provides a suitable vehicle for further fundamental development and is also central to injection moulding fed by a central pipe.
A.J.D Bates, John Bridgwater
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Are axial and radial flow chromatography different?
Journal of Chromatography A, 2013Radial flow chromatography can be a solution for scaling up a packed bed chromatographic process to larger processing volumes. In this study we compared axial and radial flow affinity chromatography both experimentally and theoretically. We used an axial flow column and a miniaturized radial flow column with a ratio of 1.8 between outer and inner ...
Albert van der Padt +4 more
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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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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.
Michael R. Maclatchy +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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Radial jet in rotating outer flow
Applied Scientific Research, 1984The rotating radial jet formed by fluid introduced radially outwards into a rotating environment is studied by the momentum integral method and by perturbation for weak swirl, assuming incompressible laminar flow. For non-swirling outer fluid, the results slightly extend previously published results [see e.g.: \textit{N. Riley}, Q. J. Mech. Appl. Math.
A. Solan, R. Gebert
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A problem in radial heat flow [PDF]
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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