流体在微裂纹通道中的运动达西定律研究

M. Mammadova
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引用次数: 0

摘要

首先,实验揭示了流体在微裂纹通道和等效多孔介质中的运动过程中,在科学技术文献中会产生一种未知的附加阻力,即“微裂纹-流体”效应。结果表明,确定的“微裂纹-流体”效应是微裂纹通道中线性达西定律违反的原因。研究表明,流体在微裂纹通道中运动时,均匀流体(水、粘性流体和异常流体)存在临界裂纹尺寸,并表现出所谓“微裂纹-流体”的水动力效应。因此,我们首次在裂纹试验研究的基础上确定了打开- hcr的临界值。结果表明,当h本文章由计算机程序翻译,如有差异,请以英文原文为准。
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About Darsy's Law During Fluids Motion in the Micro-Cracked Channels
Firstly it has been experimentally revealed that during fluid motion in the micro-cracked channel and in the equivalent porous medium an unknown additional resistance arises in the scientific technical literature that is the “microcrack-fluid” effect. It has been demonstrated that the determined “microcrack-fluid” effect is the cause of linear Darcy’s law violation in the micro-cracked channels. It has been revealed in the work that during fluids moving in the microcracked channel there is a critical size of crack for the homogeneous fluid (water, viscous and anomalous fluids) and a hydrodynamic effect as so-called “microcrack-fluid” is manifested. So for the first time we determined the critical value of opening − hcr on the basis of experimental investigations in cracks. It was found that at h
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