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Convective transport of pulsatile multilayer hybrid nanofluid flow in a composite porous channel

Author(s)
Jakeer, ShaikReddy, Seethi Reddy ReddisekharRupa, Maduru LakshmiBasha, Hayath Thameem
Issued Date
2024-03
DOI
10.15388/namc.2024.29.34489
URI
https://scholarworks.unist.ac.kr/handle/201301/82333
Citation
NONLINEAR ANALYSIS-MODELLING AND CONTROL, v.29, no.2, pp.330 - 348
Abstract
Multilayer fluid models play a crucial role in comprehending fluid-fluid and fluid- nanoparticle interactions within the petroleum industry, geophysics, and plasma physics due to their diverse industrial applications. The current research aims to investigate the impact of a heat source/sink on a non -Newtonian hybrid nanofluid that saturates a porous medium positioned between a transparent viscous fluid filling a vertical channel. The model governing nonlinear coupled differential equations are nondimensionalized using appropriate fundamental quantities. Subsequently, the regular perturbation method is employed to solve the transformed dimensionless governing equations. Upon comparing the data, it is evident that current results closely align with the previously published findings. The parameter Q2 causes an increase in both Os(C) and Ot(C) across all three regions. Increasing Casson parameter leads to a decrease in Ot(C).
Publisher
VILNIUS UNIV, INST MATHEMATICS & INFORMATICS
ISSN
1392-5113
Keyword (Author)
multilayer fluid modelporous mediahybrid nanofluidpulsatile flownon-Newtonian fluidvertical channel

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