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NUMERICAL STUDY ON VARIATION OF BACKWATER LENGTH

机译:回水长度变化的数值研究

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Based on the introduction of theoretic analysis on backwater length in reservoir area, a 2D numerical model is developed to simulate the phenomena of variation of backwater length in this paper. A simple example problem is presented to demonstrate the validity of theoretical analysis on the backwater length, as well as the comparative studies of influencing factors on backwater length are performed. The results indicate that in general there is an extreme value in the range of backwater length variation. Criterion for the terminal of backwater may influence not only on backwater length, but also on the rule of backwater length fluctuating with reservoir inflow. Higher precision of criterion for the terminal of backwater results in a greater extreme value of backwater length. While rough criterion for the terminal backwater may lead extreme value in the range of backwater length variation vanish. Conventional knowledge about the rule of backwater length variation is reasonable, which is a special case of theoretical solution to backwater length.
机译:在介绍库区回水长度理论分析的基础上,建立了二维数值模型来模拟回水长度的变化现象。提出了一个简单的实例问题,以证明对回水长度进行理论分析的有效性,并进行了对回水长度影响因素的比较研究。结果表明,在回水长度变化范围内通常存在一个极值。回水终点的标准不仅会影响回水长度,还会影响回水长度随储层流入量波动的规律。回水终点的标准精度越高,回水长度的极值越大。虽然终端回水的粗略标准可能会导致回水长度变化范围内的极值消失。关于回水长度变化规律的常规知识是合理的,这是对回水长度进行理论求解的特例。

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