FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385164246> ?p ?o ?g. }

• W4385164246 endingPage "124476" @default.
• W4385164246 startingPage "124476" @default.
• W4385164246 abstract "Transport phenomena related to thermo-bioconvection have recently emerged as an intriguing area of study because of their multi-physical applications such as bio-energy systems, food industries, solar collectors, pollutant dispersion in aquifers, biological wastes processing, chemical catalytic converters, geothermal energy usage, petroleum oil reservoirs, enhanced oil recovery, thermal energy storage, chemical processing equipment, fuel cell technology, medical application, microfluidic devices, and others. In this context, it is highly challenging to design and regulate a system with multi-physical transport in a complex geometry. The goal of the current study is to analyze the thermo-bioconvective heat transfer induced by a gradient of temperature and a motile of phototactic microorganisms with the presence of two types of nanoparticles inside a wavy-walled horizontal cylindrical porous annulus. The originality of this investigation is analyzing the influence of microorganisms, waviness parameters and hybrid nanofluid on thermo-convective instabilities. The effects of the wall waviness parameters, bioconvection Rayleigh number (Rab), thermal Rayleigh number (RaT), nanoparticles volume fraction ϕ and Lewis number (Le) on the flow structure, temperature, and isoconcentrations of microorganisms are investigated and explained in detail. The key findings showed that the Lewis number impacts the onset of thermo-convection and bioconvection and convection phenomena begins rapidly for small values of Lewis number. The nanoparticles enhance the heat transfer in case of thermo-bioconvective flow in a horizontal porous cylindrical system. The average Nusselt number Nu¯ decreases as the wall waviness parameters, amplitude λ, and undulation number η increase. It was also shown that thermo-convective instabilities may develop depending on thermal Rayleigh number, bioconvection Rayleigh number, nanoparticles volume fraction and wall waviness parameters." @default.
• W4385164246 created "2023-07-24" @default.
• W4385164246 creator A5041593232 @default.
• W4385164246 creator A5046823520 @default.
• W4385164246 date "2023-11-01" @default.
• W4385164246 modified "2023-09-27" @default.
• W4385164246 title "Nanofluid thermo-bio-convection in a horizontal porous wavy-walled annulus: Interaction of phototactic microorganisms and nanoparticles distribution" @default.
• W4385164246 cites W1965238693 @default.
• W4385164246 cites W1972067347 @default.
• W4385164246 cites W1973133664 @default.
• W4385164246 cites W1977994611 @default.
• W4385164246 cites W1983054393 @default.
• W4385164246 cites W1997918514 @default.
• W4385164246 cites W2001213841 @default.
• W4385164246 cites W2018232966 @default.
• W4385164246 cites W2034135372 @default.
• W4385164246 cites W2034793244 @default.
• W4385164246 cites W2038133462 @default.
• W4385164246 cites W2040419367 @default.
• W4385164246 cites W2046288791 @default.
• W4385164246 cites W2048611363 @default.
• W4385164246 cites W2062409798 @default.
• W4385164246 cites W2064915740 @default.
• W4385164246 cites W2065362560 @default.
• W4385164246 cites W2082777707 @default.
• W4385164246 cites W2102978915 @default.
• W4385164246 cites W2126367910 @default.
• W4385164246 cites W2127557094 @default.
• W4385164246 cites W2144973423 @default.
• W4385164246 cites W2153834920 @default.
• W4385164246 cites W2302332863 @default.
• W4385164246 cites W2409620246 @default.
• W4385164246 cites W2766229304 @default.
• W4385164246 cites W2790022532 @default.
• W4385164246 cites W2886246595 @default.
• W4385164246 cites W2902318873 @default.
• W4385164246 cites W2943309025 @default.
• W4385164246 cites W2955909661 @default.
• W4385164246 cites W3007578790 @default.
• W4385164246 cites W3028208412 @default.
• W4385164246 cites W3105750448 @default.
• W4385164246 cites W3183749442 @default.
• W4385164246 cites W3196870429 @default.
• W4385164246 cites W4223991675 @default.
• W4385164246 cites W4306978132 @default.
• W4385164246 cites W4307021344 @default.
• W4385164246 cites W4307770927 @default.
• W4385164246 cites W4312514566 @default.
• W4385164246 cites W4319767840 @default.
• W4385164246 cites W4327907917 @default.
• W4385164246 cites W4366541795 @default.
• W4385164246 cites W608298109 @default.
• W4385164246 doi "https://doi.org/10.1016/j.ijheatmasstransfer.2023.124476" @default.
• W4385164246 hasPublicationYear "2023" @default.
• W4385164246 type Work @default.
• W4385164246 citedByCount "0" @default.
• W4385164246 crossrefType "journal-article" @default.
• W4385164246 hasAuthorship W4385164246A5041593232 @default.
• W4385164246 hasAuthorship W4385164246A5046823520 @default.
• W4385164246 hasConcept C105569014 @default.
• W4385164246 hasConcept C106836276 @default.
• W4385164246 hasConcept C10899652 @default.
• W4385164246 hasConcept C115341296 @default.
• W4385164246 hasConcept C121332964 @default.
• W4385164246 hasConcept C130230704 @default.
• W4385164246 hasConcept C150936888 @default.
• W4385164246 hasConcept C159985019 @default.
• W4385164246 hasConcept C182748727 @default.
• W4385164246 hasConcept C192562407 @default.
• W4385164246 hasConcept C196558001 @default.
• W4385164246 hasConcept C21946209 @default.
• W4385164246 hasConcept C2777701225 @default.
• W4385164246 hasConcept C41231900 @default.
• W4385164246 hasConcept C50517652 @default.
• W4385164246 hasConcept C54791560 @default.
• W4385164246 hasConcept C57879066 @default.
• W4385164246 hasConcept C60439489 @default.
• W4385164246 hasConcept C6648577 @default.
• W4385164246 hasConceptScore W4385164246C105569014 @default.
• W4385164246 hasConceptScore W4385164246C106836276 @default.
• W4385164246 hasConceptScore W4385164246C10899652 @default.
• W4385164246 hasConceptScore W4385164246C115341296 @default.
• W4385164246 hasConceptScore W4385164246C121332964 @default.
• W4385164246 hasConceptScore W4385164246C130230704 @default.
• W4385164246 hasConceptScore W4385164246C150936888 @default.
• W4385164246 hasConceptScore W4385164246C159985019 @default.
• W4385164246 hasConceptScore W4385164246C182748727 @default.
• W4385164246 hasConceptScore W4385164246C192562407 @default.
• W4385164246 hasConceptScore W4385164246C196558001 @default.
• W4385164246 hasConceptScore W4385164246C21946209 @default.
• W4385164246 hasConceptScore W4385164246C2777701225 @default.
• W4385164246 hasConceptScore W4385164246C41231900 @default.
• W4385164246 hasConceptScore W4385164246C50517652 @default.
• W4385164246 hasConceptScore W4385164246C54791560 @default.
• W4385164246 hasConceptScore W4385164246C57879066 @default.
• W4385164246 hasConceptScore W4385164246C60439489 @default.
• W4385164246 hasConceptScore W4385164246C6648577 @default.
• W4385164246 hasLocation W43851642461 @default.

• next