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The objective of this study is to unveil the effect of transverse partition height and partition spacing on convective heat transfer inside a ventilated rectangular enclosure. Three numbers of heat sources have been flush mounted on the bottom of the enclosure. The equations of mass, momentum and energy conservation are solved using a control-volume-based technique utilized by Ansys Fluent. A pressure...
In this study, nanofluid heat transfer research has been divided by fluid conditions of laminar flow and turbulent flow. All parameter are compared to measure convective heat transfer coefficients altogether in entrance region. The effect of some factors such as mass fraction, temperature, and various velocity were selected and the effects of these parameters on the convective heat transfer coefficients...
Different methods for thermal analysis of a high-speed permanent-magnet machine are presented. The first implemented method is a numerical method which couples computational fluid dynamics and heat-transfer equations. This method gives simultaneous solutions for the thermal and turbulent properties of the cooling fluid in a 2D axi-symmetric geometry and a 3D solution of the temperature distribution...
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