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抽油井管杆波动偏磨机理及预防措施
引用本文:朱杰,洪详珍,李原记,周林海,刘晓彬,罗炜.抽油井管杆波动偏磨机理及预防措施[J].石油矿场机械,2004,33(3):85-87.
作者姓名:朱杰  洪详珍  李原记  周林海  刘晓彬  罗炜
作者单位:1. 中原油田分公司,采油三厂,山东,莘县,252429
2. 中原油田分公司,信息中心,河南,濮阳,457001
摘    要:有杆抽油井管杆偏磨是一个常见的问题,传统认为是由于井斜造成的。其实,大多数发生管杆偏磨的油井不存在井斜问题。文章在引入了波动偏磨概念的基础上.分析产生波动偏磨的机理,并论述了发生波动偏磨的几何和力学条件,为预防管杆偏磨提出了措施。

关 键 词:油管  抽油杆  波动偏磨  机理  预防措施
文章编号:1001-3482(2004)03-0085-03
修稿时间:2003年11月14

Mechanism of wave inclining friction and preventive measure for tubing and sucker rod in pumping well
ZHU Jie,HONG Xiang-zhen,LI Yuan-ji,ZHOU Lin-hai,LIU Xiao-bin,LUO Wei.Mechanism of wave inclining friction and preventive measure for tubing and sucker rod in pumping well[J].Oil Field Equipment,2004,33(3):85-87.
Authors:ZHU Jie  HONG Xiang-zhen  LI Yuan-ji  ZHOU Lin-hai  LIU Xiao-bin  LUO Wei
Affiliation:ZHU Jie~1,HONG Xiang-zhen~2,LI Yuan-ji~1,ZHOU Lin-hai~1,LIU Xiao-bin~1,LUO Wei~1
Abstract:Rod friction with tube in the pumping well is a general phenomenon in the oil production. The old idea is that it is caused by wells bore bending. Rod friction with tube in lots of wells is perpendicular hole in fact. The article gives a word that is about wave inclining and in the same time it gives some analysis about how to take shape in perpendicular wells. It gives some methods on how to settle friction.
Keywords:tubing  sucker rod  wave incline friction  mechanism  preventive measure  
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