The present work concerns with an entropy production of two-phase non-miscible
Newtonian and micropolar fluid in a rectangular conduit. In this model, the flow regime is …

This work analyzes the impact of oriented magnetic fields and thermal radiation on the
entropy generation of two non-miscible electrically conducting micropolar and Newtonian …

A mathematical modelis presented for entropy generation in transient hydromagnetic flow of
an electroconductive magnetic Casson (non-Newtonian) nanofluid over a porous stretching …

This study will focus on the first-and second-law analyses of MHD Couette–Poiseuille flow of
water-based nanofluids in a rotating permeable channel. Buongiorno model is employed …

This study examines the flow rate, Bejan number transportation, concentration distribution
and thermal characteristics of an immiscible couple stress‐micropolar fluids within a porous …

In this work, authors have studied peristaltic flow of immiscible type of couple stress and
Newtonian fluid via an asymmetric horizontal channel filled with porous material by taking …

This paper aims to analyze the thermal characteristics, entropy production, flow velocity and
Bejan number profile for immiscible nature of micropolar and Newtonian viscous fluid within …

The present research investigates the flow characteristics of a Carreau-Yasuda fluid, which
is non-Newtonian in nature, passing through a membrane composed of biporous layered …

In this paper, both first and second laws of thermodynamics are employed to investigate the
combined effects of magnetic field, buoyancy force, velocity slip, suction/injection, porous …

This paper analyzes the flow of the Reiner-Rivlin hybrid nanofluid, considering the magnetic
field and varying thermal conductivity between two spinning disks. Appropriate similarity …