Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201468612> ?p ?o ?g. }
- W3201468612 endingPage "354" @default.
- W3201468612 startingPage "323" @default.
- W3201468612 abstract "Abstract The present article enlightens us on the hydrothermal pattern of a steady incompressible laminar natural convective nanofluid flow inside a heated square chamber. The square enclosure is filled with water‐based spherical‐shaped ferrous (Fe 3 O 4 ) nanoparticles. Magnetic effect and thermal radiation are presumed within the flow. The left‐sided vertical wall and one bottom wall of the chamber are nonuniformly and uniformly heated, while the remaining right‐sided vertical wall is isothermally cooled at a constant temperature and the upper wall is insulated. A detailed analysis is conducted to exhibit that how nonuniform and uniform heated walls influence flow within the square chamber. The leading dimensional equations are made into a dimensionless form using apposite similarity variables and the Galerkin finite element technique is executed to solve those equations. The grid independence test and a parallel comparison with existing literature are presented to verify the validity of the outcomes. The streamlines, isotherms, temperature, velocities, and average Nusselt number are depicted through several graphs for several parametric values of Rayleigh number, Hartmann number, thermal radiation, and nanoparticle volume fraction. The outcomes showed that increasing nanoparticle concentration and Rayleigh number lead to improve the Nusselt number, while heat transport is reduced for Hartmann number and radiation parameter. The uniformly heated walls convey better heat transport as compared to nonuniformly heated walls." @default.
- W3201468612 created "2021-09-27" @default.
- W3201468612 creator A5047365304 @default.
- W3201468612 date "2021-08-26" @default.
- W3201468612 modified "2023-10-01" @default.
- W3201468612 title "Finite element analysis on the hydrothermal pattern of radiative natural convective nanofluid flow inside a square enclosure having nonuniform heated walls" @default.
- W3201468612 cites W1814567353 @default.
- W3201468612 cites W1977607236 @default.
- W3201468612 cites W1988301403 @default.
- W3201468612 cites W1989642208 @default.
- W3201468612 cites W1994863118 @default.
- W3201468612 cites W1998552050 @default.
- W3201468612 cites W2004134383 @default.
- W3201468612 cites W2022413122 @default.
- W3201468612 cites W2023946230 @default.
- W3201468612 cites W2027398458 @default.
- W3201468612 cites W2035086147 @default.
- W3201468612 cites W2062398006 @default.
- W3201468612 cites W2062773189 @default.
- W3201468612 cites W2065362560 @default.
- W3201468612 cites W2067493046 @default.
- W3201468612 cites W2069413788 @default.
- W3201468612 cites W2076611115 @default.
- W3201468612 cites W2091837851 @default.
- W3201468612 cites W2111352333 @default.
- W3201468612 cites W2112205950 @default.
- W3201468612 cites W2136419670 @default.
- W3201468612 cites W2161742876 @default.
- W3201468612 cites W2534348929 @default.
- W3201468612 cites W2606653843 @default.
- W3201468612 cites W2606955171 @default.
- W3201468612 cites W2611467459 @default.
- W3201468612 cites W2614996072 @default.
- W3201468612 cites W2683244465 @default.
- W3201468612 cites W2728906270 @default.
- W3201468612 cites W2737891607 @default.
- W3201468612 cites W2747886912 @default.
- W3201468612 cites W2749896750 @default.
- W3201468612 cites W2753493022 @default.
- W3201468612 cites W2755570102 @default.
- W3201468612 cites W2765611023 @default.
- W3201468612 cites W2767080608 @default.
- W3201468612 cites W2767326323 @default.
- W3201468612 cites W2768571612 @default.
- W3201468612 cites W2784893224 @default.
- W3201468612 cites W2793251054 @default.
- W3201468612 cites W2801149703 @default.
- W3201468612 cites W2883228153 @default.
- W3201468612 cites W2895925013 @default.
- W3201468612 cites W2896012126 @default.
- W3201468612 cites W2903445066 @default.
- W3201468612 cites W2917663525 @default.
- W3201468612 cites W2943978732 @default.
- W3201468612 cites W2964241999 @default.
- W3201468612 cites W2976859721 @default.
- W3201468612 cites W3007016625 @default.
- W3201468612 cites W3017364992 @default.
- W3201468612 cites W3033240541 @default.
- W3201468612 cites W3039517385 @default.
- W3201468612 cites W3087618053 @default.
- W3201468612 cites W3094597311 @default.
- W3201468612 cites W3095809722 @default.
- W3201468612 cites W3109143085 @default.
- W3201468612 cites W3120910165 @default.
- W3201468612 cites W3133852343 @default.
- W3201468612 cites W3137316724 @default.
- W3201468612 cites W3148985566 @default.
- W3201468612 cites W3155151422 @default.
- W3201468612 cites W3170017006 @default.
- W3201468612 cites W56087484 @default.
- W3201468612 cites W566210338 @default.
- W3201468612 doi "https://doi.org/10.1002/htj.22309" @default.
- W3201468612 hasPublicationYear "2021" @default.
- W3201468612 type Work @default.
- W3201468612 sameAs 3201468612 @default.
- W3201468612 citedByCount "12" @default.
- W3201468612 countsByYear W32014686122022 @default.
- W3201468612 countsByYear W32014686122023 @default.
- W3201468612 crossrefType "journal-article" @default.
- W3201468612 hasAuthorship W3201468612A5047365304 @default.
- W3201468612 hasConcept C106836276 @default.
- W3201468612 hasConcept C121332964 @default.
- W3201468612 hasConcept C127413603 @default.
- W3201468612 hasConcept C130230704 @default.
- W3201468612 hasConcept C182748727 @default.
- W3201468612 hasConcept C192562407 @default.
- W3201468612 hasConcept C196558001 @default.
- W3201468612 hasConcept C21946209 @default.
- W3201468612 hasConcept C2777869274 @default.
- W3201468612 hasConcept C50517652 @default.
- W3201468612 hasConcept C54791560 @default.
- W3201468612 hasConcept C57879066 @default.
- W3201468612 hasConcept C60439489 @default.
- W3201468612 hasConcept C76155785 @default.
- W3201468612 hasConcept C89394759 @default.
- W3201468612 hasConcept C92854067 @default.
- W3201468612 hasConcept C97355855 @default.
- W3201468612 hasConcept C98375054 @default.