Flow in perforated pipes: A comparison of models and experiments
Flow in perforated pipes: A comparison of models and experiments
复制标题
DOI：
10.2118/89036-pa
复制
发表时间：
2006-05-01
影响因子：
1.2
通讯作者：
Clemo, Tom
中科院分区：
文献类型：
--
作者：
Clemo, Tom
多孔管中的压力损失的模型，包括通过管壁流入的影响相比，过去和最近的实验研究。单相模型开发于1987年，但在石油行业中并不广为人知。该模型进行了比较，三个实验：一个使用空气和两个使用水。必须对模型进行操作，使其符合个别实验者报告其发现的方式。总的来说，有很好的一致性。如果一致性较差，原因可能是实验伪影。当管道几何形状发生显著变化时，第二个模型无法与实验结果相匹配。
A model of pressure losses in perforated pipes that includes the influence of inflow through the pipe walls compares favorably with past and recent experimental studies. The single-phase model was developed in 1987, but it is not generally known in the petroleum industry. This model is compared to three experiments: one using air and two using water. The model must be manipulated to conform with the way individual experimenters report their findings. In general, there is good agreement. Where there is poor agreement, the cause may be experimental artifacts. A second model fails to match experimental results when the pipe geometry changes significantly.