The reduction of energy demand and the indoor air quality associated with energy demand
are the main goals of thermal buildings. This work is devoted to the study of the effect of a …

The convective flow in a ventilated cavity having two outlets and one inlet is numerically
investigated. Introducing cold partitions inside the cavity modifies heat and fluid flow …

Abstract Background Non-Newtonian fluids are frequently present in many natural
phenomena and industrial processes. This research focuses on free convection of Ostwald …

This work investigates a mixed laminar thermosolutal convection phenomenon in a cavity
ventilated by air displacement, equipped with a reactive porous separation of variable height …

This article demonstrates the feasibility of porous separation on the performance of
displacement ventilation in a rectangular enclosure. A jet of fresh air enters the cavity …

The current numerical study analyzes an air-filled vented cavity of AR 1.5 with two inlets and
one outlet under laminar convective flow. Rayleigh's number is varied between 103 and …

In a three-dimensional study, numerical simulations were carried out to quantify the natural
convection heat transfer occurring within the air gap between the absorber and the glass …

In this work, multiple-relaxation-time lattice Boltzmann method is applied for examining
transient natural convection in a square annulus of circular interior cylinder. This duct is …

Forced convection heat transfer in channels with a block has been studied numerically. The
vertical walls are differentially heated. The Lattice Boltzmann Method with multiple relaxation …

This article demonstrates the feasibility of porous separation on the performance of
displacement ventilation in a rectangular enclosure. A jet of fresh air enters the cavity …