1) friction of wellbore
井眼摩阻
2) cave friction
孔眼摩阻
1.
By analysis of it,it is the main factor of cave friction caused by limit perforation and expansion of multi-fractures to influence the succeeding fracturing effect.
经分析认为 ,限流射孔所产生的孔眼摩阻及多裂缝扩展是影响后续压裂效果的主要因素。
3) nearby wellbore friction
近井摩阻
1.
In addition,some characteristics parameters,including multiple pump stopping gradient,nearby wellbore friction,fluid-loss coefficient of drilling fluid,which affect fracturing treatment,are also been analyzed by fracturing technologies and geological understanding.
鉴于此,对高停泵储层类型、产生机理、相应的处理措施进行了系统的分析研究,在加强地质认识的基础上,应用测试压裂分析技术,分析影响该类储层压裂施工成败的特征参数,即停泵压力梯度、近井摩阻、压裂液综合滤失系数等,形成了以特征值区分高停泵储层类型的方法,建立起新的评价标准和综合分类评价图版,并对处理措施进行了有针对性的完善,使之更适应现场施工控制,取得了较好的应用效果。
4) friction loss of well bore
井筒摩阻
1.
The Joshi formula considering the friction loss of well bore
考虑井筒摩阻损失后的Joshi公式
5) hole drag
井眼阻力
6) friction resistance near well bore
近井筒摩阻
补充资料：摩眼
摩眼 摩眼 自我推拿方法名。见《备急千金要方·养性》。即熨目。见该条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条