Background The stipulated flow over an artery is optimized by adopting an artery as
convergent or divergent channel with an arbitrary cross section. The standard Carreau fluid …

This study examines the entropy generation and heat transfer performance in a Jeffrey-
Hamel flow of biviscosity Bingham fluid with the addition of A l 2 O 3 and C u nanomaterials …

Background The mathematical modelling of a non-Newtonian fluid in the backdrop of
applied magnetic field against an electrically conducting liquid is recognized as …

This study addresses the heat transport and irreversible mechanisms associated with
energy and frictional losses in the Jeffery-Hamel flow of a non-Newtonian fluid adapting the …

The investigation of heat transmission and entropy optimization in the thin-film flow of
electromagnetic micropolar nanofluids has important implications in industrial lubrications …

The key challenge in the design of thermal appliances is to degrade entropy production with
maximal energy dissipation to improve system efficiency in a variety of engineering …

Magneto hydrodynamic flow over a wedge-shaped channel is often seen in geothermal
applications, microelectronic, energy systems, and pumping systems. The slip condition is a …

The present endeavor investigates the significance of entropy production due to stagnation
point flow of hybrid nanofluid through a vertical stretchable surface. The system irreversibility …

Background and objective Nanofluids possess significant enhancement in nanomaterial
properties such as convective heat transfer coefficient, thermal conductivity (which increases …

Abstract An extended Jaffrey–Hamel problem with heat and mass transfer attributes of
viscoelastic fluid over an isothermal porous conduit, where the flow is produced by injecting …