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Heat transfer analysis in a hydromagnetic Walters' B fluid with elastic deformation and Newtonian heating

机译:水磁沃尔特斯的热传递分析用弹性变形和牛顿加热

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摘要

In this study, a computational investigation is carried out to examine the interaction of heat generation/ absorption with elastic deformation in a viscous hydromagnetic Walters' B model past a stretching surface under the intensity of Newtonian heating. The model equations which are responsible for the motion of the fluid and heat interactions are reworked to ordinary differential equations by the appropriate similarity variables and solved via the homotopy analysis method. The parameters encountered were discussed through graphs and tables. The result reveals among others that the heat generation and Newtionian heating magnifies the temperature across the layer and makes quiescent fluid experience a thermal effect.
机译:在该研究中,进行了计算研究,以检查发热/吸收与牛油碎扫沃尔德尔德的B模型中的弹性变形的相互作用,通过牛顿加热强度的拉伸表面。 负责流体和热相互作用的运动的模型方程通过适当的相似变量重新加工到普通微分方程,并通过同型分析方法解决。 通过图形和表讨论遇到的参数。 结果揭示了热发电和牛头膜加热在整个层上的温度放大并使静止流体经历热效果。

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