The influence of thermal radiations and Soret/Dufour significantly increases the mass and
heat transport in material science, geothermal process, chemical rectors and heat …

This paper discusses the impacts of velocity, temperature, and solutal slip on the mass and
heat transfer characterization of MHD mixed convection Casson fluid flow along an …

This article investigates the Diffusion thermo and chemical reaction effects on the free
convection heat and mass transfer flow of Jeffrey nanofluids (Cu and TiO2) over an inclined …

Brownian motions and Thermophoresis are primary sources of nanoparticle diffusion in
nanofluids, having substantial implications for the thermo-physical characteristics of …

This research delves into Maxwell fluid flow's intricate fluid dynamics, as well as heat-mass
transfer features over a porous horizontal plate. The investigation encompasses …

The present paper examines the impact of the Coriolis force and anisotropic Darcian porous
medium on the nonsteady convective flow of bio‐nanofluid along a three‐dimensional …

The purpose of this investigation is to develop a novel mathematical model for the
stagnation point flow of Reiner-Philippoff fluid across an extensible surface, which is …

In this study, we consider a steady-state viscous, laminar Carreau ternary-hybrid nanofluid
flow over a stretching sheet with first-order slip and Ohmic dissipation. Further, we consider …

This research has focused on unsteady nanofluid flow over a bidirectional stretching surface
in the presence and absence of a magnetic field respectively. The direction of the magnetic …

Exploring convective transport in conducting fluids under potent magnetic influences yields
essential insights into numerous natural and designed systems. Such insights aid …