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Investigation on effect of magnetic field on mixed convection heat transfer in a ventilated square cavity

机译:磁场对通风方腔混合对流热传递效果的研究

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The effect of applying the magnetic field on the mixed convection heat transfer in a ventilated square cavity filled with base fluid (water) has been investigated numerically. The upper wall of presented cavity was held at constant temperature and the bottom one was at constant heat flux. The right and left walls are adiabatic. An external flow enters the cavity through a port in left vertical wall and leaves through right one. The governing equations were discretized by a finite volume method and solved with SIMPLE algorithm. In this article, the effects of the Richardson number and Hartmann number parameters on the fluid flow and heat transfer rate have been examined. The obtained results showed that the heat transfer rate decreases with an increase of the Hartmann number.
机译:在数值上研究了将磁场应用于填充有基础流体(水)的通风方腔中混合对流传热的效果。呈现腔的上壁保持在恒定温度下,底部是恒定的热通量。右侧和左壁是绝热的。外部流动通过左垂直墙壁的端口进入腔,并通过右侧叶。通过有限体积法离散化控制方程,并用简单的算法解决。在本文中,研究了Richardson号和Hartmann数参数对流体流和传热速率的影响。所得结果表明,随着Hartmann数的增加,传热速率降低。

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