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Estimation of a Nusselt Correlations for Numerical Prediction of Frost Thickness Growth over a Cold Cylinder

机译:冷圆筒对霜厚度生长数值预测的影响相关性的估计

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This paper evaluates numerically some of the parameters involved in modeling the process of frost formation over a cold cylinder surface subject to the flow of humid air. Was utilized for numerical predictions the empirical Nusselt correlation from the literature, obtained in experimental studies on frost formation phenomena of frost grow over a cold cylinder surface. To predict frosting process a numerical solution was utilized, and a new correlation for Nusselt number based on the experimental correlation of Kim was estimated. For the new Nusselt correlation an optimization method that adjusts the numerical solution of modeling the frost formation process with experimental results of the frost layer thickness was used. The calculation procedure allows the estimation of the parameter K of equation. The modeling process was validated by comparison with available experimental data.
机译:本文评估了在经过潮湿空气流动的冷缸表面上建模霜形成过程中的一些参数。用于数值预测从文献中获得的经验性良好相关性,其在霜形成现象的实验研究中获得的霜在冷圆筒表面上生长。为了预测结霜过程,利用了数值溶液,估计基于KIM的实验相关性的NUSERET数的新相关性。对于新的培养相关性,使用了使用霜层厚度的实验结果来调节建模霜形成过程的数值溶液的优化方法。计算过程允许估计等式的参数k。通过与可用的实验数据进行比较验证了建模过程。

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