In the past decades, the thermal and rheological properties of nanofluids have attracted
much attention from many investigators due to their numerous applications as promising …

The low heat efficiency of base fluids is a key problem among investigators. To address this
issue, investigators utilize tiny-sized (1–100 nm) metal solid material inside the base fluids to …

Entropy generation investigation of hybrid nanofluidic transport over an unsteady spinning
disk is reported in this analysis. The magnetic influence, velocity slips, and thermal radiative …

This article aims to investigate the generation of entropy for the magnetized coupled stress
fluid passed through a permeable stretching cylinder that creates the condition of convective …

ABSTRACT A novel mathematical technique for an unsteady bioconvective flow of
Williamson nanofluids over a vertical wavy cone in the presence of non-linear radiation and …

This investigation unfolds the hydrothermal behavior and cooling process on the hybrid
nanofluid spraying on an inclined revolving disk. The disk is presumed to rotate with the …

Heat transmission is inevitable in industrial and manufacturing processes. The hybrid
nanofluid with its advanced thermal exponent due to the two-part nanoparticle which helps …

In this article, the Maxwell hybrid nanofluid flow passing over a pipe is discussed. We
considered the base fluid as engine oil, while the hybrid nanofluids are copper and …

The effect of entropy optimization on an axisymmetric Darcy–Forchheimer Powell–Eyring
nanofluid flow caused by a horizontally permeable stretching cylinder, as well as non-linear …

The present study deals with a parametric study of heat and mass transfer of a steady,
laminar, and 2D nanofluid flow under the influence of an inclined magnetic field, curvature …