This paper aims to review all the published studies about mixed convection of nanofluids in
enclosures. The papers are categorized into four main classes, namely square (and …

The hybrid nanofluids have efficient thermal networking due to the trade-off between the
pros and cons of the more than one type of suspension. In the current study, water-based …

A numerical study of mixed convection flow and heat transfer inside a square cavity with inlet
and outlet ports is performed. Given a fixed position of the inlet port, the location of the outlet …

In the present numerical study, the mixed convection of Cu-water and CuO-water nanofluids
is modeled inside an inclined square-shaped cavity by utilizing the thermal model of the …

In this study, numerical investigation of mixed convection in a square cavity with ventilation
ports filled with nanofluids in the presence of an adiabatic rotating cylinder is conducted. The …

Experimental measurements and numerical studies with CFD method were performed to
investigate the deagglomeration performance including the deagglomeration mechanism …

In the present work, thermoelectric power generation from cavities with ventilation ports is
considered by using a rotating conic object and carbon-nanotube particles in the base fluid …

Through this paper, three-dimensional fluid flow and heat transfer of Al 2 O 3 nanofluid
within ventilated enclosures was taken into consideration. Crossed by the nanofluid, the …

The present paper reports a numerical investigation of steady and laminar mixed convection
flow within an irregular ventilated enclosure, crossed by Cu–Water nanofluid. The bottom …

A numerical study of natural convection heat transfer through an alumina-water nanofluid
inside L-shaped cavities in the presence of an external magnetic field is performed. The …