The present paper gets together problems about unsteady boundary layers with industrial
applications. We can enumerate some examples of applications as the flow over a flying …

The intension of recent analysis is to discuss the radiated magnetized flow of Maxwell
nanoliquid. Flow is induced due to stretching the surface. Convective and zero mass flux …

This research investigates the integration of a thermoelectric-enhanced cooling elliptic duct
into a photovoltaic solar system. Employing the finite volume method, the simulation aims to …

The effects of thermal radiation and thermophoretic particles deposition (TPD) on the hybrid
nanofluid (HNF) flow across a circling sphere have momentous roles in research and …

Heat transfer enhancement is a current concern in a variety of areas. Nanofluid, a novel kind
of heat transfer fluid, may be used as an efficient medium for improving heat transmission. A …

In this paper, the modified couple stress theory (MCST) and first order shear deformation
theory (FSDT) are employed to investigate the free vibration and bending analyses of a …

This article investigate the impact of thermal instability on heat transfer of micropolar
nanofluid saturated in porous medium with rotation in linear and nonlinear ways. The …

This article considered the steady two‐dimensional boundary layer flow of incompressible
viscous Casson nanofluids over a permeable, convectively heated, shrinking/stretching …

Nanofluids substantially enhance the physical and thermal characteristics of the base or
conducting fluids specifically when interacting with the magnetic field. Several engineering …

In this article, the three-dimensional upper-convected Darcy-Forchheimer Maxwell (UCM)
nanofluid flow over a stretching surface is analyzed to investigate the effects of activation …