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- W2998443808 abstract "The flow and heat transfer induced by an exponentially shrinking sheet with hybrid nanoparticles is investigated in this paper. The alumina (Al2O3) and copper (Cu) nanoparticles are suspended in water to form Al2O3–Cu/water hybrid nanofluid. In addition, the effects of magnetohydrodynamic (MHD) and radiation are also taken into account. The similarity equations are gained from the governing equations using similarity transformation, and their solutions are obtained by the aid of the bvp4c solver available in Matlab software. Results elucidate that dual solutions exist for suction strength S > Sc and shrinking strength λ > λc. The critical values Sc and λc for the existence of the dual solutions decrease with the rising of the solid volume fractions of Cu, φ2 and the magnetic parameter, M. Besides, the skin friction and the heat transfer rate increase with the increasing of φ2 and M for the upper branch solutions. The increasing of radiation, R leads to reduce the surface temperature gradient which implies to the reduction of the heat transfer rate for both branches when λ < 0 (shrinking sheet). The stability of the dual solutions is determined by the temporal stability analysis, and it is discovered that only one of them is stable and physically applicable." @default.
- W2998443808 created "2020-01-10" @default.
- W2998443808 creator A5010570721 @default.
- W2998443808 creator A5016426588 @default.
- W2998443808 creator A5046453069 @default.
- W2998443808 date "2020-12-01" @default.
- W2998443808 modified "2023-10-09" @default.
- W2998443808 title "Hybrid nanofluid flow induced by an exponentially shrinking sheet" @default.
- W2998443808 cites W1519770372 @default.
- W2998443808 cites W1603751942 @default.
- W2998443808 cites W1965238693 @default.
- W2998443808 cites W1978327827 @default.
- W2998443808 cites W1987095832 @default.
- W2998443808 cites W1989223909 @default.
- W2998443808 cites W1994519244 @default.
- W2998443808 cites W2013503353 @default.
- W2998443808 cites W2016429944 @default.
- W2998443808 cites W2020462254 @default.
- W2998443808 cites W2025708155 @default.
- W2998443808 cites W2027312055 @default.
- W2998443808 cites W2035685097 @default.
- W2998443808 cites W2038133462 @default.
- W2998443808 cites W2046288791 @default.
- W2998443808 cites W2047558996 @default.
- W2998443808 cites W2064964639 @default.
- W2998443808 cites W2067441314 @default.
- W2998443808 cites W2071617754 @default.
- W2998443808 cites W2086120839 @default.
- W2998443808 cites W2089773259 @default.
- W2998443808 cites W2090313332 @default.
- W2998443808 cites W2092139299 @default.
- W2998443808 cites W2093717036 @default.
- W2998443808 cites W2136719269 @default.
- W2998443808 cites W2165391235 @default.
- W2998443808 cites W2237464424 @default.
- W2998443808 cites W2288391505 @default.
- W2998443808 cites W2293999467 @default.
- W2998443808 cites W2343014201 @default.
- W2998443808 cites W2344652846 @default.
- W2998443808 cites W2394501973 @default.
- W2998443808 cites W2465656384 @default.
- W2998443808 cites W2493716187 @default.
- W2998443808 cites W2496185330 @default.
- W2998443808 cites W2509041151 @default.
- W2998443808 cites W2509818076 @default.
- W2998443808 cites W2511343950 @default.
- W2998443808 cites W2512917725 @default.
- W2998443808 cites W2522380928 @default.
- W2998443808 cites W2531334171 @default.
- W2998443808 cites W2545986053 @default.
- W2998443808 cites W2549859245 @default.
- W2998443808 cites W2552482241 @default.
- W2998443808 cites W2559878791 @default.
- W2998443808 cites W2563513596 @default.
- W2998443808 cites W2578560558 @default.
- W2998443808 cites W2594584950 @default.
- W2998443808 cites W2604599992 @default.
- W2998443808 cites W2609784609 @default.
- W2998443808 cites W2611944885 @default.
- W2998443808 cites W2614952877 @default.
- W2998443808 cites W2620626306 @default.
- W2998443808 cites W2622951986 @default.
- W2998443808 cites W2694718225 @default.
- W2998443808 cites W2725076915 @default.
- W2998443808 cites W2726634342 @default.
- W2998443808 cites W2732479548 @default.
- W2998443808 cites W2740402042 @default.
- W2998443808 cites W2770749360 @default.
- W2998443808 cites W2771173766 @default.
- W2998443808 cites W2782172594 @default.
- W2998443808 cites W2782595252 @default.
- W2998443808 cites W2789842470 @default.
- W2998443808 cites W2792865224 @default.
- W2998443808 cites W2800672222 @default.
- W2998443808 cites W2805102130 @default.
- W2998443808 cites W2807250724 @default.
- W2998443808 cites W2807992726 @default.
- W2998443808 cites W2809514125 @default.
- W2998443808 cites W2887997128 @default.
- W2998443808 cites W2889811078 @default.
- W2998443808 cites W2896731492 @default.
- W2998443808 cites W2903991298 @default.
- W2998443808 cites W2905272168 @default.
- W2998443808 cites W2905504674 @default.
- W2998443808 cites W2905554729 @default.
- W2998443808 cites W2919544197 @default.
- W2998443808 cites W2921336688 @default.
- W2998443808 cites W2922403544 @default.
- W2998443808 cites W2926130875 @default.
- W2998443808 cites W2948556171 @default.
- W2998443808 cites W2951862860 @default.
- W2998443808 cites W2955525121 @default.
- W2998443808 cites W2966891062 @default.
- W2998443808 cites W2967446705 @default.
- W2998443808 doi "https://doi.org/10.1016/j.cjph.2019.12.015" @default.
- W2998443808 hasPublicationYear "2020" @default.
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