Magnetic nanofluids (MNfs), the colloidal suspension of ferromagnetic nanomaterial, have
been taken into research fascinatingly. After contemplating its distinctive interesting …

Nanofluids possess higher thermal properties than the other conventional base fluids. Many
investigators suggested that the nanofluids have the potential to apply in various …

This article gathers a comprehensive experimental dataset to obtain the efficiency of the
thermal conductivity of oxide nanoparticles with the variations in particle size, particle …

Desirable thermal properties of nanofluid is the vital reason for using nanofluid. There is an
exemplary development in various applications using nanofluid. Mathematical and …

A numerical study is carried out to investigate heat transfer and entropy production of a
hybrid nanofluid in a porous cylindrical enclosure with a rotating top wall. The bottom wall of …

This study numerically investigates geothermal performance in selecting optimal soil
properties for greenhouse applications. The analysis considers steady free convection …

This paper concerns with the effect of a magnetic field on the entropy generation due to
natural convection of Al2O3-water nanofluid flow between coaxial cylinders of aspect ratio …

This paper deals with the effect of magnetic fields (Br, Bθ, Bz) applied in r‐, θ‐, z‐directions,
respectively, on entropy production and heat transfer and in a horizontal cylinder filled with …

Nanofluids exhibits a high thermal conductivity compared with other base fluids.
Determination of accurate thermal conductivity of nanofluids has very great obstacle …

This study investigates the performance of solar chimney ventilation in multi-storey buildings
under mixed convection conditions, focusing on different scenarios. The analysis covers a …