Results 241 to 250 of about 4,577 (305)
TWISTER (Twente water injection system for turbulence experimental research): a jet array in the Twente water tunnel for generating strong turbulence using four-dimensional gradient noise. [PDF]
Exp FluidsBuuren DV +3 more
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Geometry-Driven Deformation and Degradation Behavior of Crimped Electrical Connections Under Coupled Environmental and Chemical Loading. [PDF]
Materials (Basel)Sunguray C +3 more
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Optimizing submerged jet flocculator performance
Journal AWWA, 1996 Particle removal experiments were conducted to uncover operational parameters leading to optimum performance.A 0.126‐L/s (2‐gpm) pilot plant was constructed to evaluate and optimize a novel water‐jet mixing system for flocculation of suspended particles in water. The jet flocculator pilot plant consisted of a long vertical circular column with influent
Jose A. H. Sobrinho +2 more
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Instabilities and patterns in a submerged jelling jet
Soft Matter, 2021When a thin stream of aqueous sodium alginate is extruded into a reacting calcium chloride bath, it polymerizes into a soft elastic tube that spontaneously forms helical coils due to the ambient fluid drag.
Aditi Chakrabarti +2 more
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International Journal of Thermal Sciences, 2021 The submerged jet impingement boiling is one of the most effective heat transfer methods in dissipating both transient and steady concentrated heat loads.
Simiao Fan, Fei Duan
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The Physics of Fluids, 1972
An asymptotic expansion is presented for investigating the modes of a submerged jet. It is shown in the second approximation that the submerged jet has various types of flow in quite a wide range of its momentum flux.
Nakaya, C., Hasegawa, E.
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An asymptotic expansion is presented for investigating the modes of a submerged jet. It is shown in the second approximation that the submerged jet has various types of flow in quite a wide range of its momentum flux.
Nakaya, C., Hasegawa, E.
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Jetting and entrainment from submerged orifices. [PDF]
, 2022 A study has been made of the spray regime of sieve plate operation, and the transition to the froth regime. A simple fluidisation model for spray gives a simple criterion for the transition. The upper limits of spray operation are set by con sidering drop terminal velocities and limiting diameter - velocity relationships for stability.
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The Physics of Fluids, 1970
A new method is presented of investigating the stability of a submerged jet. It is shown that steady perturbation appears for a certain value of total momentum flux of the jet.
Nakaya, C., Hasegawa, E.
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A new method is presented of investigating the stability of a submerged jet. It is shown that steady perturbation appears for a certain value of total momentum flux of the jet.
Nakaya, C., Hasegawa, E.
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Journal of Applied Mathematics and Mechanics, 1986
A non-similarity, axisymmetric, and in general twisted jet of incompressible fluid, flowing from a spherical source into a submerged space, is considered. It is shown that the solution of this problem is not expressible by a series of integral inverse powers of the spherical radius R, but has an essentially singular point at \(R=\infty\). The principal
Gol'dshtik, M. A., Yavorskij, N. I.
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A non-similarity, axisymmetric, and in general twisted jet of incompressible fluid, flowing from a spherical source into a submerged space, is considered. It is shown that the solution of this problem is not expressible by a series of integral inverse powers of the spherical radius R, but has an essentially singular point at \(R=\infty\). The principal
Gol'dshtik, M. A., Yavorskij, N. I.
openaire +2 more sources
Experiments in Fluids, 2013
A cavitation cloud forms when a high-pressure water jet is submerged in a tank of quiescent water. The water jet is formed as high-pressure nitrogen forces a fixed-volume column of water through a nozzle. The diameter and exit velocity of the water jet affect the behavior and geometry of the resulting cavitation.
Michael M. Wright +3 more
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A cavitation cloud forms when a high-pressure water jet is submerged in a tank of quiescent water. The water jet is formed as high-pressure nitrogen forces a fixed-volume column of water through a nozzle. The diameter and exit velocity of the water jet affect the behavior and geometry of the resulting cavitation.
Michael M. Wright +3 more
openaire +1 more source