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consequences of activation energy and chemical reaction in radiative flow of tangent hyperbolic nanoliquid
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نویسنده
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jabeen s. ,hayat t. ,alsaedi a. ,alhodaly m. sh.
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منبع
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scientia iranica - 2019 - دوره : 26 - شماره : 6-F - صفحه:3928 -3937
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چکیده
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Mixed convection flow of tangent hyperbolic liquid over stretching sheet is explored. joule heating, double stratification, nonlinear thermal radiation, brownian motion and thermophoresis are present. phenomenon of mass transfer is examined by activation energy along with binary chemical. computations of convergent solutions are carried out for the nonlinear mathematical system. graphical representation is employed for outcome of sundry variables on velocity profile, temperature field and concentration of nanoparticles. moreover, nusselt number, coefficient of drag force and mass transfer rate are examined. it is observed that velocity decays for larger weissenberg number. concentration of fluid enhances for higher activation energy parameter.
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کلیدواژه
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tangent hyperbolic nanofluid ,double stratification ,joule heating ,mixed convection ,non-linear thermal radiation ,activation energy
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آدرس
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quaid-i-azam university 45320, department of mathematics, pakistan, quaid-i-azam university, faculty of science, department of mathematics nonlinear analysis and applied mathematics (naam) research group, department of mathematics, pakistan. king king abdulaziz university, faculty of science, nonlinear analysis and applied mathematics (naam) research group, department of mathematics, saudi arabia, king abdulaziz university, faculty of science, nonlinear analysis and applied mathematics (naam) research group, department of mathematics, saudi arabia, king abdulaziz university, faculty of science, nonlinear analysis and applied mathematics (naam) research group, department of mathematics, saudi arabia
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Authors
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