Formulae were derived to predict additional pressure drops due to mechanical skin and non-Darcy effect in the perforation radial flow and wellbore radial flow.
在射孔径向流和井筒径向流中，推导出了机械表皮因子和非达西流影响引起的附加压力降的表达式。
The flow rate, perforation radius and shot density are the key parameters influencing the pressure drop across gravel pack.
分析结果还表明，油井产量以及射孔孔径和孔密度是影响砾石层压降的重要因素。
A simple polynomial regression for experimental data shows that main flow velocity and perforation flow velocity are main factors resulting in mixture loss under given conditions.
实验数据的回归结果表明，在本实验条件下，主流流速和孔眼流速是造成混合损失的主要因素。
Experimental simulation system is employed to investigate the variable mass flow in perforation completed horizontal wellbore.
设计并建立了水平井筒变质量流动模拟实验装置。
Experimental simulation system is employed to investigate the variable mass flow in perforation completed horizontal wellbore.
设计并建立了水平井筒变质量流动模拟实验装置。
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