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<p>The mathematical formulation is planned here to inspect the characteristics of electromagnetic Carreau hybrid nanofluid slip flow over a surface that is stretched and exposed to generation/absorption of heat, nonlinear thermal radiation together with chemical reaction. Here AA7072, AA7075 nanoparticles are considered in methanol liquid. Furthermore, Darcy–Forchheimer with the inclusion of Soret and Dufour, viscous dissipation factors along with joule heating are also taken into account. Later on, based upon the above-mentioned factors and conditions the nonlinear differential equations are converted into ordinary differential equation after using non-dimensional parameters. Graphical representation of these factors is done by using bvp4c solver in a software named as MATLAB, for not only velocity and temperature but also concentration profile.</p>

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Heat interaction and slip-induced flow in Carreau hybrid nanofluid dynamics

  • 期刊论文

  • 发表日期：

    2025年6月29日

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  • Kajal Bhaskar,
  • Kalpna Sharma,
  • Khushbu Bhaskar

摘要

The mathematical formulation is planned here to inspect the characteristics of electromagnetic Carreau hybrid nanofluid slip flow over a surface that is stretched and exposed to generation/absorption of heat, nonlinear thermal radiation together with chemical reaction. Here AA7072, AA7075 nanoparticles are considered in methanol liquid. Furthermore, Darcy–Forchheimer with the inclusion of Soret and Dufour, viscous dissipation factors along with joule heating are also taken into account. Later on, based upon the above-mentioned factors and conditions the nonlinear differential equations are converted into ordinary differential equation after using non-dimensional parameters. Graphical representation of these factors is done by using bvp4c solver in a software named as MATLAB, for not only velocity and temperature but also concentration profile.