The remarkable thermophysical characteristics of hybrid nanofluids reveal the considerable
potential in a wide range of heat transfer applications. In comparison to conventional …

The physical strength, mechanical resistance, chemical stability, thermal conductivity, and
other properties of hybrid nanoparticles are more satisfactory than those of individual …

Hybrid nanofluids have gained much attention due to their better stability, enhanced thermal
conductivity, and physical strength. This manuscript investigates nanofluid flow, induced due …

The rheology of micropolar material with heat energy transport features is fully progressive,
which allows considerable industrial and engineering applications. In this study, numerical …

Investigation on hybrid nanofluids has increased significantly, and findings indicate that
these fluids are effective heat transfer fluids for industrial applications. The thermal …

An investigation of the performance of a car radiator with CuO-MgO-TiO 2 aqueous ternary
hybrid nanofluid has been presented to elucidate the effect of nanoparticle concentration …

The applications of hybrid nanofluids due to its heat transfer characteristics has piqued the
interest of many researchers. Inspired by this, in this article, hybrid nanofluid flow is …

The behavior of hybrid nanofluids in engineering systems is significantly influenced by their
thermophysical characteristics. In the context of thermal sciences, dynamic viscosity and …

In many fields, there are various applications of non-Newtonian fluids. Various complicated
fluids (polymer melts, clay coatings and oil) belong to the category of non-Newtonian fluids …

There is an increasing industrial demand to improve the thermal characteristics of fluids as
they flow over stretching/shrinking and rotating surfaces. Heat transfer liquids, thermal …