This study is dedicated to the semi-analytical solution of the problem by managing the
inclined Lorentz force and variable viscosity impacts on Williamson nanofluid as visco …

This paper aims to present a comprehensive study of the non‐linear peristaltic transport
within a vertical uniform/non‐uniform channel filled with a Jeffery non‐Newtonian nanofluids …

The evolution of compact density heat gadgets demands effective thermal transportation.
The notion of nanofluid plays active role for this requirements. A comparative account for …

A novel theoretical model is devised for electro osmotic flow of Williamson fluid model by
incorporating heat transfer phenomena in a micro ciliated channel. The physical fluid model …

Prime aim of current study is to explore the comparative outcomes for mass and thermal
transportation of various fluids models namely Newtonian, micropolar, Williamson and …

A mathematical model is presented to analyze the double diffusive transport of hybrid
nanofluids in microchannel. The hybrid nanofluids flow is driven by the cilia beating and …

Due to numerous applications, the study of hybrid nanofluids is a hot topic of research,
which enables us to improve thermal performance. The current work is carried out to inspect …

This paper presents a new semi-analytical method, called the Adomian Decomposition
Method (ADM), as well as Finite Element Methods, to study forced Reiner-Rivlin non …

The present study scrutinizes the significance of Joule heating, Soret, and Dufour effects on
the mixed convective flow of the Williamson fluid over a non-linear curved stretching sheet …

This article aims to investigate the electro‐osmotic flow of the Eyring‐Powell nanofluid under
the peristaltic mechanism with the influence of the porous medium in the micro‐channel. The …