The well-known Boussinesq (also known as Oberbeck—Boussinesq) approximation is still
the most common approach for the numerical simulation of natural convection problems …

This study is a systematic review of research on heat transfer analysis in cavities and aims to
provide a comprehensive understanding of flow and heat transfer performance in various …

Thermomagnetic convection and entropy analysis in a ferrofluid-filled cubical cavity, having
a centrally placed cylindrical heat source is investigated numerically. The magnetic field is …

An entropy generation analysis is conducted for horizontal convection under the centrifugal
buoyancy and the Boussinesq approximations in a relatively shallow enclosure at a fixed …

This paper explores natural convection heat removal performance in accordance with the
variation of the baffle size and position in a skewed cavity. In this skewed cavity, the top and …

Horizontal free convection is studied under an extended buoyancy approximation
constructed to capture centrifugal effects in strongly rotating regions within buoyancy driven …

A linear stability analysis is conducted for horizontal natural convection under a Gay-Lussac
(GL) type approximation in a relatively shallow enclosure cavity. The GL type approximation …

The present numerical investigation describes a new consistent and accurate approach to
the square cavity benchmark problems for computing entropy generation during natural or …

Under the Boussinesq approximation for buoyancy driven flows, density variations are
restricted to the gravity term. In contrast, the Gay-Lussac (GL) approach is developed based …

Abstract The Gay‐Lussac (GL) approach is an incompressible‐based strategy for non‐
Boussinesq treatment of the governing equations for free convection problems that is …