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首页> 外文期刊>Numerical Heat Transfer, Part A. Application: An International Journal of Computation and Methodology >ANALYSIS OF THE ACCUMULATED ENERGY BY THERMAL STRATIFICATION OF LIQUID INSIDE STORAGE TANKS WITH POROUS LAYERS
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ANALYSIS OF THE ACCUMULATED ENERGY BY THERMAL STRATIFICATION OF LIQUID INSIDE STORAGE TANKS WITH POROUS LAYERS

机译:多孔层内储液罐的热分层对累积能量的分析

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摘要

A mathematical model was developed in order to study the behavior of thermal stratification of liquid in a typical storage tank with porous medium. The model employs a transient stream function-vorticity formulation to predict the development of stream function and temperature fields in a charging process. Parameters analyzed include Biot, Darcy,Reynolds and Richardson numbers, position, and the thickness of the porous medium.The results show the influence of these physical parameters that should be considered for a good design of storage tanks with thermal stratification.
机译:为了研究在具有多孔介质的典型储罐中液体的热分层行为,开发了一个数学模型。该模型采用瞬态流函数-涡度公式来预测装料过程中流函数和温度场的发展。分析的参数包括比奥(Biot),达西(Darcy),雷诺(Reynolds)和理查森(Richardson)数,位置和多孔介质的厚度。结果表明,这些物理参数的影响对于热分层储罐的良好设计应予以考虑。

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