In this study, natural convection inside a square cavity filled with nanofluids with several
pairs of heaters and coolers (HACs) inside is investigated numerically in the range of …

In the present study, the migration and deposition of multi-walled carbon nanotube
(MWCNT)-Fe 3 O 4 nanocomposite particles in a square enclosure for natural convection …

In industrial buildings, pollution sources are often multi-point and unstable. This study
proposes a dynamic exhaust strategy (DES) that aims to balance energy utilization efficiency …

The present study is to focus on the numerical investigation of the transportation, deposition
and removal of solid particles in the range of 5 μ m to 0.01 μ m for mixed convection flow in …

Many studies have been shown the advantage of low-energy heating systems, such as floor
heating system in comparison with high-energy consuming systems, such as radiator …

The natural convection heat transfer of a differentially heated cavity filled with porous
material and saturated with nanofluid is studied. The nanofluid used in the present study …

A numerical study of mixed convection heat transfer of nanofluid (Al 2 O 3–water) in a lid
driven cavity flow is carried out by using a Buongiorno model. Several pairs of heater and …

Laminar natural convection in differentially heated (β= 0°, where β is the inclination angle),
inclined (β= 30° and 60°), and bottom-heated (β= 90°) square enclosures filled with a …

A parametric study has been conducted to investigate particle deposition on solid surfaces
during free convection flow in an internally heated and cooled square cavity filled with air …

High-temperature particles that are transiently produced at large concentrations become
common contaminants in industrial buildings, and cause significant harm to worker health …