FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1970647612> ?p ?o ?g. }

• W1970647612 endingPage "1347" @default.
• W1970647612 startingPage "1331" @default.
• W1970647612 abstract "Abstract This study aims to investigate electrohydrodynamics of two superimposed fluids that are confined between a pair of two-dimensional flat plates and are exposed to a sinusoidal electric field in zero gravity. The goal is to identify the parameters that affect the flow structure and interface deformation using a simple closed form solution. The governing electrohydrodynamic equations are solved analytically for Newtonian and immiscible fluids in the framework of leaky-dielectric theory and in the limit of small electric field and fluid inertia. A detailed analysis of the electric and flow fields is presented and it is shown that the electric field induces sinusoidal electrical stresses at the interface, which lead to periodic convection cells. The parameters affecting the sense of flow circulation and strength are investigated and it is shown that the former depends on the relative magnitude of the electric permittivity and conductivity ratios while the latter is controlled by the relative thicknesses of the fluid layers and the ratio of the electric conductivities and viscosities of the fluids. The maximum flow strength is achieved at a relative thickness that is set by the competition between the electric and hydrodynamic effects. For small deformation, the distortion of the interface is examined using a normal stress balance at the interface, and it is shown that the degree of interface deformation scales with the square of the amplitude of the electric potential nonuniformity, while its wavenumber is twice that of the imposed potential nonuniformity. Furthermore, a zero-deformation curve is found, which delineates the region in the permittivity-conductivity space according to the sense of interface deformation. The results show that for certain ranges of fluid layer thicknesses and permittivity ratios, the interface will remain flat, despite the action of the nonuiform field." @default.
• W1970647612 created "2016-06-24" @default.
• W1970647612 creator A5006558776 @default.
• W1970647612 creator A5013915205 @default.
• W1970647612 date "2011-12-01" @default.
• W1970647612 modified "2023-09-26" @default.
• W1970647612 title "The electrohydrodynamics of superimposed fluids subjected to a nonuniform transverse electric field" @default.
• W1970647612 cites W1492596389 @default.
• W1970647612 cites W1520009589 @default.
• W1970647612 cites W1530384264 @default.
• W1970647612 cites W1598456583 @default.
• W1970647612 cites W1950302800 @default.
• W1970647612 cites W1970771058 @default.
• W1970647612 cites W1974138258 @default.
• W1970647612 cites W1974530062 @default.
• W1970647612 cites W1980515803 @default.
• W1970647612 cites W1987204041 @default.
• W1970647612 cites W1991995245 @default.
• W1970647612 cites W1992201622 @default.
• W1970647612 cites W1998209226 @default.
• W1970647612 cites W2003939596 @default.
• W1970647612 cites W2010872619 @default.
• W1970647612 cites W2012529108 @default.
• W1970647612 cites W2016520040 @default.
• W1970647612 cites W2021793435 @default.
• W1970647612 cites W2021826912 @default.
• W1970647612 cites W2023408802 @default.
• W1970647612 cites W2026213168 @default.
• W1970647612 cites W2026796856 @default.
• W1970647612 cites W2027620000 @default.
• W1970647612 cites W2028645283 @default.
• W1970647612 cites W2029384272 @default.
• W1970647612 cites W2032373534 @default.
• W1970647612 cites W2033001614 @default.
• W1970647612 cites W2033331810 @default.
• W1970647612 cites W2034556108 @default.
• W1970647612 cites W2039421083 @default.
• W1970647612 cites W2042222092 @default.
• W1970647612 cites W2048735357 @default.
• W1970647612 cites W2054965588 @default.
• W1970647612 cites W2056345210 @default.
• W1970647612 cites W2059195718 @default.
• W1970647612 cites W2059861438 @default.
• W1970647612 cites W2060342977 @default.
• W1970647612 cites W2067247621 @default.
• W1970647612 cites W2067476894 @default.
• W1970647612 cites W2067627968 @default.
• W1970647612 cites W2069567631 @default.
• W1970647612 cites W2075971051 @default.
• W1970647612 cites W2077613410 @default.
• W1970647612 cites W2077975168 @default.
• W1970647612 cites W2078358994 @default.
• W1970647612 cites W2087055879 @default.
• W1970647612 cites W2087403340 @default.
• W1970647612 cites W2092318335 @default.
• W1970647612 cites W2093014503 @default.
• W1970647612 cites W2095217690 @default.
• W1970647612 cites W2135992844 @default.
• W1970647612 cites W2139877342 @default.
• W1970647612 cites W2142595132 @default.
• W1970647612 cites W2142625792 @default.
• W1970647612 cites W2145662152 @default.
• W1970647612 cites W2148802535 @default.
• W1970647612 cites W2151262622 @default.
• W1970647612 cites W2152315927 @default.
• W1970647612 cites W2166849358 @default.
• W1970647612 cites W2168536770 @default.
• W1970647612 cites W2317552791 @default.
• W1970647612 cites W2332024053 @default.
• W1970647612 cites W2798764105 @default.
• W1970647612 cites W311339890 @default.
• W1970647612 cites W3211525412 @default.
• W1970647612 cites W2038939669 @default.
• W1970647612 doi "https://doi.org/10.1016/j.ijmultiphaseflow.2011.08.004" @default.
• W1970647612 hasPublicationYear "2011" @default.
• W1970647612 type Work @default.
• W1970647612 sameAs 1970647612 @default.
• W1970647612 citedByCount "8" @default.
• W1970647612 countsByYear W19706476122013 @default.
• W1970647612 countsByYear W19706476122014 @default.
• W1970647612 countsByYear W19706476122015 @default.
• W1970647612 countsByYear W19706476122017 @default.
• W1970647612 countsByYear W19706476122018 @default.
• W1970647612 crossrefType "journal-article" @default.
• W1970647612 hasAuthorship W1970647612A5006558776 @default.
• W1970647612 hasAuthorship W1970647612A5013915205 @default.
• W1970647612 hasConcept C105702510 @default.
• W1970647612 hasConcept C121332964 @default.
• W1970647612 hasConcept C154954056 @default.
• W1970647612 hasConcept C192562407 @default.
• W1970647612 hasConcept C57879066 @default.
• W1970647612 hasConcept C60799052 @default.
• W1970647612 hasConcept C62520636 @default.
• W1970647612 hasConcept C71924100 @default.
• W1970647612 hasConcept C74650414 @default.
• W1970647612 hasConcept C95238685 @default.
• W1970647612 hasConceptScore W1970647612C105702510 @default.
• W1970647612 hasConceptScore W1970647612C121332964 @default.

• next