Flow Patterns and Thermal Control of Magneto Convective Flow Inside a Square Enclosure with Obstacles in a Diamond Array
Year: 2025
Type: article
Abstract: The present investigation reveals the flow patterns of magneto-hydro-dynamic convection inside a square cavity. The enclosure is presumed to be filled with conducting flows and four hot inner cylinders in a diamond array. The bottom and top are presumed to be isothermally cooled, whereas the left and right sided walls are adiabatic. Moreover, magnetic effects are supposed to exist within the flow region. A complete investigation is conducted to extract that how these heated obstacles influence the hydrothermal pattern. Appropriate similarity variables translate the dimensional equation into non-dimensional. Later on, a mesoscopic approach scheme is introduced to deal with those dimensionless flow equations. Comparison test and numerical validation are conducted to exhibit the competency of the current model. Several results are depicted to perceive the parametric impact on such cavity flow. These plots are made for different dimensionless factors such as Hartmann number.
Source: CFD letters
Language: English
Subfield: Mechanical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4412053999