In view of the superior thermophysical, rheological, and tribological properties of nanofluids,
they are applicable for heat transfer and lubrication in automobiles. Nanofluids in …

This paper introduces three paramount factors ie viscosity, thermal conductivity and stability
that affect the application of mono and hybrid nanofluids in heat pipes. The applications of …

Metal cutting using flood cooling has serious impacts on the environment and operator
health. Therefore, the minimum quantity lubricant (MQL) technique has been proposed as a …

Here, the squeezing unsteady 2-dimensional incompressible hybrid nanofluid flow between
two collateral sheets has been investigated numerically, considering the influences of …

Irreversibility analysis gives an idea of the energy loss of the system which appears in most
industrial applications. In the present problem, the irreversibility of a 3-D Darcy–Forchheimer …

Heat transfer operations are very common in the process industry to transfer a huge amount
of thermal energy, ie, heat, from one fluid to another for different purposes. Many fluids are …

The current simulations are for the three-dimensional (3D) Fe 3 O 4/MWCNT-water hybrid
nanofluid flow within a 3D cubic enclosure filled with a porous medium. It was assumed that …

Nanofluids have emerged as potential prospect coolant in heat transfer applications. Hybrid
nanofluid is recently developed class of nanofluids having two different types of …

Due to their superior thermophysical properties, there is a growing body of work on
nanofluids in the field of thermal systems. However, there is no specific review of the role of …

In this study, the rheological behavior and dynamic viscosity of 10W40 engine oil in the
presence of ternary-hybrid nanomaterials of cerium oxide (CeO2), graphene oxide (GO) …