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Performance Optimization Design of Stirred Tanks Based on Deep Neural Networks. [PDF]
ACS OmegaLu L, Wang J, Zhou S, Gao Z.
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Mathematical modeling and analysis of magnetic nanoparticle- induced heating in cerebrospinal fluid flow using a core-shell Fe<sub>3</sub>O<sub>4</sub>@Au nanoparticles for targeted drug therapy. [PDF]
Front Bioeng BiotechnolHelan Princey C, David Maxim Gururaj A.
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Critical Transition Reynolds Number for Plane Channel Flow
Applied Mathematics and Mechanics (English Edition), 2017The determination of the critical transition Reynolds number is of practical importance for some engineering problems. However, it is not available with the current theoretical method, and has to rely on experiments. For supersonic/hypersonic boundary layer flows, the experimental method for determination is not feasible either.
Yongming Zhang
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On the Lower Critical Reynolds Number for Flow in a Circular Pipe
Fluid Dynamics, 2003Flow in a circular pipe is investigated experimentally at Reynolds numbers higher than that at which the resistance coefficients calculated from the Blasius formula for laminar flow and from the Prandtl formula for turbulent flow are equal. The corresponding Reynolds number based on the mean-flow velocity and the pipe diameter is about 1000.
Alexander Reshmin
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Galloping of an Elliptical Cylinder at the Critical Reynolds Number and Its Quasi-Steady Prediction [PDF]
Journal of Wind Engineering and Industrial Aerodynamics, 2017 Dry galloping of inclined cables has been shown to have a strong relation to the critical Reynolds number. This study considers the occurrence of galloping of an elliptical cylinder at the critical Reynolds number under normal wind and assesses the quasi-
Cung H Nguyen +2 more
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Reynolds number criticality in dynamic tests
16th Aerospace Sciences Meeting, 1978To extrapolate from subscale wind tunnel tests to full-scale flight is a well-recognized problem. It becomes especially critical for present day high performance missiles and aircraft which operate at high angles of attack where separated flow effects often dominate the vehicle aerodynamics.
L. ERICSSON, J. REDING
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Critical Reynolds Number and Flow Permeability
American Journal of Physics, 1954Liquids of three different viscosities have been used in determining the flow permeability of fourteen media composed of spherical glass beads. Darcy's law has been found to hold for a Reynolds number up to 75. Three methods are given for determining the average bead diameters.
G. J. Plain, H. L. Morrison
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Critical Reynolds number in pipe Poiseuille flow
Physics Letters A, 1978Abstract In this paper, we show the instability of pipe Poiseuille flow in the framework of a nonlinear hydrodynamic stability theory.
J.M. Luijkx +2 more
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Journal of Wind Engineering and Industrial Aerodynamics, 2020
Abstract The Reynolds independence has been important for scaled experiments of urban aerodynamics in wind environment engineering. It helps to circumvent the difficulty in conserving the Re number for large scaling ratios. However, the criteria for Re-independence and its working mechanism have not been well investigated quantitatively.
Chang Shu +2 more
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Abstract The Reynolds independence has been important for scaled experiments of urban aerodynamics in wind environment engineering. It helps to circumvent the difficulty in conserving the Re number for large scaling ratios. However, the criteria for Re-independence and its working mechanism have not been well investigated quantitatively.
Chang Shu +2 more
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