Nanomaterials possess superior optical, electrical, magnetic, mechanical, and thermal
properties, which have made them suitable for a multitude of applications. The present …

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 …

The physical properties and especially viscosity and thermal conductivity are essential
parameters for evaluating the heat transfer and flowing drag coefficients when designing a …

Nano-fluids are produced by combining one or more nano-particles in a base-fluid. Nano-
fluids, especially hybrid nano-fluids, have better thermal conductivities than simple liquids …

High heat generation is seen as a major issue in most mechanical and manufacturing
industries, carrying with huge sub-problems. One of the possible cooling techniques is the …

Regarding their ability to enhance conventional thermal oils' thermophysical properties, oil-
based hybrid nanofluids have recently been widely investigated by researchers, especially …

In this study, flow structure and heat transfer characteristics of the novel channel, namely: the
curved-corrugated channel, are numerically studied using ZnO-water nanofluid and the …

In this study, thermal conductivity of Silica and Water-Ethylene glycol as the base nanofluid,
was measured within the temperature range of 25–50° C for samples with volume fractions …

Abstract Intelligence methods, including Artificial Neural Networks (ANNs) and Support
Vector Machine, are among the popular approaches for modeling the engineering systems …

There is a growing body of work in the field of nanofluids and several investigations have
been conducted on their thermal conductivities. While the experimental works require …