The aim of this study is to investigate the entropy production characteristics of two non-
miscible fluids in an inclined porous channel with temperature-dependent thermal …

This investigation examines the impact of temperature-dependent variable viscosity on
hydromagnetic couple stress with internal heat generation through porous substances over …

The present study addresses the significance of analyzing the heat and mass transfer
characteristics of a non-linear convective fluid flow featuring variable viscosity within a …

The thermodynamics analysis of a reactive hydromagnetic radiative heat transfer flow within
a channel filled with saturated non–Darcy porous medium with convective cooling of the …

The present investigation examined the influence of heat source on a variable viscosity
reactive Couette fluid flow. The upper plate moves with constant velocity while the lower …

This investigation addresses the influence of a buoyancy force on the flow of a couple stress
hydromagnetic heat generating fluid across a porous channel with isothermal boundaries …

This paper investigates the analysis of a reactive hydromagnetic fluid flowing between two
parallel plates through a porous medium with convective boundary conditions. Neglecting …

The study examines the effect of variable viscosity on a reactive fluid moving with the strong
effect of internal energy running through a convective surface with the impact of appreciable …

This paper investigates the influence of magnetic intensity on the inherent irreversibility of a
variable--viscosity channel flow with varying wall temperatures. The hydromagnetic fluid flow …

This study examines the influence of magnetic intensity and internal heat generation on a
flow system with variable–viscosity channel with varying wall temperatures. The fluid is …