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挠性油管在缠绕过程中的应变能计算

Strain energy of coiled tubing during reeling

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【作者】 杨世奇钟守炎Steve Yang Y

【Author】 YANG SHi qi 1,ZHONG Shou yan 2,Steve Yang Y 3 (1 Department of Mechanical Engineering,University of Petroleum(Beijing),Changping 102249,China; 2 Department of Mechanical Engineering of Jianghan Petroleum University, Jingzhou 434102,China;3.Maure

【机构】 石油大学机电工程学院!北京昌平102249江汉石油学院机械工程系!湖北荆州434102MaurerEngineeringInc.!TX77018U.S.A.

【摘要】 推导了用于确定挠性油管在缠绕过程中的应变能计算公式。挠性油管在缠绕过程中的大部分的应变能都被耗散掉 (转化成热 ) ,只有一小部分应变能可以恢复。可恢复的应变能量是一种在缠绕过程中被储存的弹性能。在典型情况下 ,被储存的弹性能占缠绕过程中总应变能的 5 %~ 15 % ,其具体数取决于挠性油管及卷筒的尺寸、挠性油管材料的力学性能

【Abstract】 In this paper,formula for determining strain energy of coiled tubing during reeling is derived.Most of the strain energy during reeling is dissipated(converted into heat).Only a small part of the total strain energy is recovered.The recovered energy is the elastic energy that is stored during reeling.The stored elastic energy typically accounts for 5% to 15% of the total strain energy during reeling,depending upon tubing and spool sizes as well as the mechanics properties of tubing material.

【关键词】 挠性油管弯曲变形应变弹性能量
【Key words】 coiled tubingbendingdeformationstrainelasticenergy
  • 【文献出处】 石油矿场机械 ,Oil Field Equipment , 编辑部邮箱 ,2001年03期
  • 【分类号】TE933
  • 【下载频次】64
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