Abstract

This analysis emphasizes impacts of CNTs (Carbon nanotubes) during Darcy–Forchheimer squeezed flow. Melting heat transfer process is addressed. Water and gasoline are treated as baseliquid. By transformation method non-linear system of ODEs are obtained from the flow field equations (PDEs). Further the emerged flow problem is solved via OHAM. Influences of physical involved parameters on velocity, surface friction coefficient, temperature as well as Nusselt number are expressed graphically and interpreted physically.

中文翻译：

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具有 Cattaneo-Cristov 热通量的纳米流体（SWCNTs + 水、SWCNTs + 汽油、MWCNTs + 水、MWCNTs + 汽油）挤压流中的熔化热分析

摘要

该分析强调了 CNT（碳纳米管）在 Darcy-Forchheimer 挤压流期间的影响。解决了熔化传热过程。水和汽油作为基液处理。通过变换方法，从流场方程 (PDE) 中获得 ODE 的非线性系统。此外，通过 OHAM 解决了出现的流动问题。物理相关参数对速度、表面摩擦系数、温度以及努塞尔数的影响以图形方式表示并进行物理解释。