In this investigation, a magnetohydrodynamic (MHD) flow of AlO/water nanofluid and Cu-
AlO/water hybrid nanofluid through a porous channel is analyzed in the presence of a …

The recent advancement of technologies focuses on the use of solar-based heat radiation
and nanotechnology. The primary source of heat is solar energy, which is obtained by …

This study investigates novel aspects of entropy generation in fully developed heat transport
of Carreau fluid in a porous vertical microchannel. Consequences of thermal radiation and …

Entropy analysis in nano as well as conventional fluids is of paramount interest and highly
affected by the active physical quantities. The research provides comprehensive …

In the present study, the effect of slip on entropy generation in magnetohydrodynamic (MHD)
flow over a rotating disk is investigated by semi-numerical analytical solution technique. The …

This research examines the complex interplay between the carbon nanotubes' length and
radius and how that affects flow patterns, heat transfer properties, and entropy creation in …

Background and objective Entropy generation is a novel prospective in many
thermodynamic processes and presents dynamic applications in heat polymer processing …

Highlights•We study the effect of couple stresses on the steady flow through channel filled
with porous materials.•We solve the nonlinear equations governing the fluid flow using …

This article discusses the effects of entropy generation as well as slip velocity condition on
MHD Jeffery nanofluid flow through a porous medium in a channel with peristalsis. We take …

The entropy generation due to steady laminar forced convection fluid flow through parallel
plates microchannel is investigated numerically. The effect of Knudsen, Reynolds, Prandtl …