FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3011565674> ?p ?o ?g. }

• W3011565674 endingPage "103274" @default.
• W3011565674 startingPage "103274" @default.
• W3011565674 abstract "We study low Reynolds number locomotion of a spherical viscous droplet, in an unbounded arbitrary Stokes flow, under the combined influence of an inhomogeneous surfactant (diffusiophoresis) and non-isothermal temperature (Marangoni effect) fields. The self-generated gradient of the surfactant concentration and the influence of the external temperature field are respectively mapped as a slip velocity and stress discontinuity across the surface of the droplet. The drag force exerted on the droplet is computed in the form of Faxen’s laws. As a particular case, droplet migrating in a Poiseuille flow has been discussed. Depending on the directions of the induced slip and stress fields, with respect to the Poiseuille flow, the intermediate competitive behavior is highlighted by analyzing the migration velocity, power dissipation and the swimming pattern of the droplet. We have observed that the external stress inverts both the direction of migration velocity as well as the nature of swimming, i.e., turns a pusher into a puller and vice versa, induced by the active slip of the swimmer. Correspondingly, a set of critical points for the velocity reversal and the swimming pattern transition are obtained. Interestingly, the swimmer dissipates minimum power during the transitions. Finally, the present model can draw a striking analogy with the behavior of the microorganisms in an active stress environment, where the intrinsic slip velocity of the microorganisms and the external stress effects are self-reliant and expected to influence the swimming strategies significantly. The obtained analytical results corroborate with the existing literature in suitable limits, which show the accuracy and validity of the solutions." @default.
• W3011565674 created "2020-03-23" @default.
• W3011565674 creator A5012169751 @default.
• W3011565674 creator A5012796379 @default.
• W3011565674 creator A5016143642 @default.
• W3011565674 date "2020-06-01" @default.
• W3011565674 modified "2023-10-16" @default.
• W3011565674 title "Dynamics of a spherical droplet driven by active slip and stress" @default.
• W3011565674 cites W1521220729 @default.
• W3011565674 cites W1564524654 @default.
• W3011565674 cites W1965531799 @default.
• W3011565674 cites W1966466398 @default.
• W3011565674 cites W1967930768 @default.
• W3011565674 cites W1980220523 @default.
• W3011565674 cites W1990416424 @default.
• W3011565674 cites W1995516877 @default.
• W3011565674 cites W2001962804 @default.
• W3011565674 cites W2011288047 @default.
• W3011565674 cites W2030187443 @default.
• W3011565674 cites W2031432225 @default.
• W3011565674 cites W2046301687 @default.
• W3011565674 cites W2046926752 @default.
• W3011565674 cites W2053754866 @default.
• W3011565674 cites W2054680198 @default.
• W3011565674 cites W2056144396 @default.
• W3011565674 cites W2056370235 @default.
• W3011565674 cites W2056707942 @default.
• W3011565674 cites W2059579153 @default.
• W3011565674 cites W2061894252 @default.
• W3011565674 cites W2063098299 @default.
• W3011565674 cites W2074574519 @default.
• W3011565674 cites W2075545172 @default.
• W3011565674 cites W2079201057 @default.
• W3011565674 cites W2083085620 @default.
• W3011565674 cites W2086783605 @default.
• W3011565674 cites W2091368700 @default.
• W3011565674 cites W2094477189 @default.
• W3011565674 cites W2106469122 @default.
• W3011565674 cites W2122468689 @default.
• W3011565674 cites W2126574237 @default.
• W3011565674 cites W2130405167 @default.
• W3011565674 cites W2132765877 @default.
• W3011565674 cites W2132855124 @default.
• W3011565674 cites W2148260146 @default.
• W3011565674 cites W2161089088 @default.
• W3011565674 cites W2161624971 @default.
• W3011565674 cites W2162346049 @default.
• W3011565674 cites W2245437637 @default.
• W3011565674 cites W2259343466 @default.
• W3011565674 cites W2321973081 @default.
• W3011565674 cites W2328964919 @default.
• W3011565674 cites W2467644354 @default.
• W3011565674 cites W2523990076 @default.
• W3011565674 cites W2600768428 @default.
• W3011565674 cites W2617378503 @default.
• W3011565674 cites W2751624126 @default.
• W3011565674 cites W2803309025 @default.
• W3011565674 cites W2807807518 @default.
• W3011565674 cites W2886126126 @default.
• W3011565674 cites W2910682916 @default.
• W3011565674 cites W2913152484 @default.
• W3011565674 cites W2947227682 @default.
• W3011565674 cites W2953201419 @default.
• W3011565674 cites W2971974147 @default.
• W3011565674 cites W3103212563 @default.
• W3011565674 cites W4250450508 @default.
• W3011565674 cites W3104373608 @default.
• W3011565674 doi "https://doi.org/10.1016/j.ijmultiphaseflow.2020.103274" @default.
• W3011565674 hasPublicationYear "2020" @default.
• W3011565674 type Work @default.
• W3011565674 sameAs 3011565674 @default.
• W3011565674 citedByCount "4" @default.
• W3011565674 countsByYear W30115656742020 @default.
• W3011565674 countsByYear W30115656742021 @default.
• W3011565674 countsByYear W30115656742023 @default.
• W3011565674 crossrefType "journal-article" @default.
• W3011565674 hasAuthorship W3011565674A5012169751 @default.
• W3011565674 hasAuthorship W3011565674A5012796379 @default.
• W3011565674 hasAuthorship W3011565674A5016143642 @default.
• W3011565674 hasConcept C10899652 @default.
• W3011565674 hasConcept C121332964 @default.
• W3011565674 hasConcept C134306372 @default.
• W3011565674 hasConcept C135402231 @default.
• W3011565674 hasConcept C15627037 @default.
• W3011565674 hasConcept C175336444 @default.
• W3011565674 hasConcept C182748727 @default.
• W3011565674 hasConcept C19191322 @default.
• W3011565674 hasConcept C195268267 @default.
• W3011565674 hasConcept C196558001 @default.
• W3011565674 hasConcept C2777042112 @default.
• W3011565674 hasConcept C33923547 @default.
• W3011565674 hasConcept C38349280 @default.
• W3011565674 hasConcept C57879066 @default.
• W3011565674 hasConcept C63219958 @default.
• W3011565674 hasConcept C72921944 @default.
• W3011565674 hasConcept C74650414 @default.
• W3011565674 hasConcept C97355855 @default.
• W3011565674 hasConceptScore W3011565674C10899652 @default.

• next