Hybrid nanofluids offer higher stability, synergistic effects, and better heat transfer compared
to simple nanofluids. Their higher thermal conductivity, lower viscosity, and interaction with …

From transportation to energy production, environmental protection, and medical
advancements, vortices are known to influence everything. Therefore, a remarkable aspect …

In the twenty-first century, nanofluids have garnered increasing scientific attention compared
to traditional fluids due to their predominant thermo-hydraulic characteristics. Due to the …

In the present work, we explored the magnetohydrodynamic boundary layer flow in the
presence of pressure gradient across a flat plate. The effects of the slip velocity conditions …

Industrial operations often involve multiphase flows, where the motion of bubbles plays a
crucial role in determining hydrodynamic properties. In the context of modern practices …

The ferromagnetic nanofluid droplets evaporating on the photothermally heated substrate
exhibits different behaviors when compared with the water droplets. This paper establishes …

Nanofluidics have better thermal properties than regular fluids, which makes them useful for
heat transfer applications. This research investigated the complex dynamics of confined …

This paper investigates the effects of confined magnetic fields on the flow and thermal
properties of nanofluids using the alternating direction implicit approach. The dimensionless …

Flat plate collectors (FPCs) have garnered widespread usage in applications such as water
heating, space heating, and various thermal systems, presenting an eco-friendly and …

In order to determine the ideal degree of inclination that should be employed for constructing
effective thermal energy storage systems, it is important to examine the impact of inclination …