Within this research, we examined the convective flow of a blend of ternary hybrid nanofluids
and single nanofluids with a stagnation point caused by a stretched cylinder. The purpose of …

The main goal of this research focuses on the theoretical examination of the melting and
nonlinear mixed convection mechanisms in unsteady Falkner-Skan wedge flow of Reiner …

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 …

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 …

This research delves into the theoretical and computational analysis of blood flow dynamics
within a constricted, porous artery using a novel hybrid nanofluid model known as the Ellis …

Based on both the characteristics of shear thinning and shear thickening fluids, the Sutterby
fluid has various applications in engineering and industrial fields. Due to the dual nature of …

Understanding the complex interplay between the contracting behavior of the cylinder and
the fluid flow dynamics has implications for the design of porous structures for heat …

The present study communicates with the thermal analysis of an incompressible micropolar
fluid by considering two different prescribed conditions corresponding to two different …