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首页> 外文期刊>Numerical Heat Transfer, Part A. Application: An International Journal of Computation and Methodology >Conjugate numerical model for cooling a fluid flowing through a spiral coil immersed in a chilled water container
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Conjugate numerical model for cooling a fluid flowing through a spiral coil immersed in a chilled water container

机译:共轭数值模型,用于冷却流经浸没在冷水容器中的螺旋线圈的流体

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A conjugate numerical model has been proposed to investigate the problem of cooling a fluid flowing through a spiral coil immersed in a chilled wafer container which is common in many beverage dispensers, ii simple axisymmetric numerical procedure is described to determine the temperature of the fluid in the spiral coil and that of the coil surface. A one-dimensional heat balance equation for the fluid within the coil is utilized to update the fluid and wall surface temperatures, which are needed to calculate the temperature field in the water container with solid ice walls. The SIMPLE algorithm has been adopted along with the standard k-epsilon turbulence model equations. A reasonably good agreement between the numerical predictions and experimental results has been achieved. [References: 6]
机译:已经提出了一个共轭数值模型来研究冷却流经浸没在冷冻饮料容器中的螺旋盘管的流体的问题,这在许多饮料分配器中很普遍。ii。描述了一种简单的轴对称数值程序来确定流体温度。螺旋线圈和线圈表面。利用盘管内流体的一维热平衡方程式来更新流体和壁表面温度,这对于计算带有固体冰壁的水容器中的温度场是必需的。 SIMPLE算法已与标准k-ε湍流模型方程一起采用。在数值预测和实验结果之间已经取得了相当好的协议。 [参考:6]

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