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L.R.N. 'k-#epsilon#' model. prediction of heat and momentum transfer in turbulent boundary layers, developing under strong pressure gradient conditions

机译：L.R.N. “ k-＃epsilon＃”模型。强压力梯度条件下发展的湍流边界层传热和动量传递的预测

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A new Low-Reynolds-Number "k-#epsion#" turbulence model for prediction of heat and momentum transfer in turbulent shear layers developing under strong pressure gradient conditions is proposed. The model is a version of "k-#epsilon#" model recently proposed by Shih and Lumley, in which source terms of #epsilon#-equaton have been modified to account for pressure gradient effects. This modification resulted in considerably improved prediction of strongly decelerated turbulent boundary layers.

机译：提出了一种新的低雷诺数“ k-＃epsion＃”湍流模型，用于预测在强压力梯度条件下发展的湍流剪切层中的热和动量传递。该模型是Shih和Lumley最近提出的“ k-＃epsilon＃”模型的一种版本，其中＃epsilon＃-equaton的源项已被修改以解决压力梯度效应。这种修改导致大大减速的湍流边界层的预测得到了显着改善。

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《International heat transfer conference;IHTC1998》|1998年|p.283-288|共6页
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E.V. Shishov; A.I. Leontiev; A.V. Gerasimov;
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中图分类能源与动力工程;
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L.R.N. 'k-#epsilon#' model. prediction of heat and momentum transfer in turbulent boundary layers, developing under strong pressure gradient conditions

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