[1]江 勇,王春辉,李鹏冲.特殊扣钢管的疲劳理论、试验与应用[J].焊管,2017,40(10):1-14.[doi:10.19291/j.cnki.1001-3938.2017.10.001]
 JIANG Yong,WANG Chunhui,Li Pengchong.Fatigue Theory,Tests and Application of Premium Thread Steel Pipes[J].,2017,40(10):1-14.[doi:10.19291/j.cnki.1001-3938.2017.10.001]





Fatigue Theory,Tests and Application of Premium Thread Steel Pipes
江 勇王春辉李鹏冲
 中油管道物资装备有限公司, 河北 廊坊 065000
JIANG Yong WANG Chunhui Li Pengchong
 China Petroleum Pipeline Material and Equipment Co., Ltd., Langfang 065000, Hebei, China
特殊扣钢管疲劳应力集中LET S-N曲线
premium thread steel pipe fatigue stress concentration LET S-N curve
In order to promote the further improvement of the anti-fatigue performance of premium thread steel pipe,in this article,the fatigue performance of pipe body material was researched,as well as the fatigue and design of threaded connections. The main reason of fatigue of premium thread steel pipe was analyzed. Take anti-fatigue premium thread products of French V&M company and Argentine Tenaris company for instance,the influence of frictional coefficient,pitch, taper and stress releasing structure on fatigue at design time were expounded,the basic issues of fatigue test machine and S-N curve measure were introduced,and the test principles of resonance full-scale test apparatus of fatigue evaluation were focused on. According to the research results,the major factor influencing thread casing fatigue strength was stress concentration factor(SCF) which had a larger value in LET of pin with the maximum stress. Therefore,smooth transition was used to reduce SCF in thread casing structure design,resistance to deflection structure should be considered outside female ends;wall thickness of female ends should be reduced,machining accuracy of thread structure should be improved,stress releasing and residual stress removal should be used to improve the fatigue performance of premium connection of steel pipe.


[1] BERTINI L,SANTUS C,BOULET J,et al. Resonant Bench for Fatigue Testing of Steel Drill Pipe Connections[J]. A-IAS,2012.
[2] LIU H B,ZHAO X L. Fatigue of Subsea Pipelines under Combined Actions[C]//Proceedings of the Twenty-third(2013) International Offshore and Polar Engineering. Anchorage,Alaska,USA:[s.n.]. 2013:147-154.
[3] JORDAN G R,MERLIAHMAD M,GRITTINI S,et al.Fatigue analysis of OCTG premium connections:Theory,laboratory testing and application[C] //Offshore Technology Conference-Asia. 2014:1173-1187.
[4] WITTENBERGHE J V,BAETS P D,WAELE W D,et al. Numerical and experimental study of the fatigue of threaded pipe couplings[C]//Contact/surface,2009:163-174.
[5] WITTENBERGHE J V,PAUW J D,BAETS P D,et al. Experimental determination of the fatigue life of modified threaded pipe couplings[J]. Procedia Engineering,2010,2(1):1849-1858.
[6] BRAUN M. FATIGUE. Assessment of Threaded Riser Connections[D]. Norwegian University of Science and Technology,2014.
[7] JACKY M,SHILLING R B,PAYNE M,et al. Higeaded and Coupled Connectors for Dynamic Riser Application[J]. SPE 108708,2007:1-11.
[8] WITTENBERGHE J V,GALLE T,WAELE W D,et al. Experimental analysis of the fatigue life of threaded pipe connections under cyclic bending[C]//Sustainable Construction and Design(SCAD-2012). Ghent University,Laboratory Soete,2012:89-97.
[9] MEERTENS B,BAETS P D,WAELE W D,et al. Fatigue behaviour of threaded couplings-experimental research[J]. Occupational Therapy International,2010,22(1):19-27.
[10] WITTENBERGHE J V,BAETS D P,WAELE W D,et al. Design Characteristics that Improve the Fatigue Life of Threaded Pipe Connections [J]. Sustainable Construction & Design,2011, 2(2):334-341.
[11] DNV-RP-C203:2011,Recommended Practice C203-Fatigue Design of Offshore Steel Structures[S].
[12] BS 7608—1999,Code of Practice for Fatigue Design and Assessment of Steel Structures[S].
[13] API RP 7G:1998,Recommended Practice for Drill Stem Design and Operating Limits[S].
[14] API Specification 7:1998,Specification for Rotary Drill Stem Elements[S].
[15] TEODORIU C,FALCONE G. Fatigue Life Prediction of a Butress Casing Connection Exposed to Large Temperature Variations[C]//Stanford Workshop on Geothermal Reservoir Engineering,2008.
[16] GALLE T,WAELE D,BAETS P D,et al. Influence of Design Features on the Structural Integrity of Threaded Pipe Connections[J] . Sustainable Construction & Design, 2011,
[17] HAN S,KNIGHT M,BRENNAN F P. Fatigue Analysis of Drillstring Threaded Connections[C]//Proceedings of The Thirteenth(2003) International Offshore and Polar Engineering Conference,2003:202-208.
[18] KRISYOFFERSEN B. Improvement Fatigue Performance of  Threaded Drillstring Connections by Cold Rolling[D]. Fakultet for Ingeniфrvitenskap Og Teknologi,2002.
[19] SEAN E E,TOM H. Improved Rotary-Slip dies help boost drillstring life[J]. Drilling Contractor,2000(1):30-31.
[20] DARCIS P P,MARINESGARCIA I,MARQUES E C,et al. Fatigue Performance of Machined Pipe Outer Surface[C]//Proceedings of the Nineteenth(2009) International Offshore and Polar Engineering Conference. 2009:534-540.
[21] SANTI N J,CARCAGNO G E,TOSCANO R. Premium and Semi-Premium Connections Design Optimization for Varied Drilling-With-Casing Applications[C]//Offshore Technology Conference,2005:1-10.
[22] XU H L,SHIT H,ZHANG Z,et al. Loading and Contact Stress Analysis on the Thread Teeth in Tubing and Casing Premium Threaded Connection[J]. Mathematical Problems in Engineering,2014(1):1-11.
[23] 吕英民,陈海量,仇伟德,等. 材料力学[M]. 东营:中国石油大学出版社,2007.
[24] BODINE A G. Sonic well pump tubing string:United States Patent,US2992613[P]. 1961.
[25] SCHREIER K,JONCTION F. Notamment pour tige de forageFrench Patent:French patent,FR1317815[P]. 1963.
[26] DELANGE R W,EVANS M E. Threaded and coupled connection for improved fatigue resistance:United States Patent,US 6609735 B1[P]. 2003.
[27] VERDILLON L. Fatigue-resistant threaded bevelledtubular element:United States Patent,US 6752436 B1[P]. 2004.
[28] WITTENBERGHE J V,PAUW J D. Fatigue investigation of threaded pipe connections[J]. Sustainable Construction & Design,2010,1(1):182-189.
[29] CELLINE S,OLIVIER C,ANTOINE D. OTC-22442-MS:Development And Validation With Testing Of A High Strength Steel Fatigue Resistant Threaded & Coupled premium Connectors Product Line For Outer Production Riser And Single Barrier Riser Applications in Deepwater And Ultra Deepwater[C]//Offshore Technology Conference,2011:1-19.
[30] SHIELD J,WIGHTMAN J,PAPPAS J,et al. OTC-24069:Fatigue Testing of Shrink-Fit Couplings for Joining High Strength Steel Riser Pipe[C]//Offshore Technology Conference,2013:1-14.
[31] ASSANELLI A P,XU Q,BENEDETTO F,et al. Numerical/Experimental Analysis of an API 8Round Connection[J]. Journal of Energy Resources Technology,1997,119(2):81-88.
[32] YAMAMOTO K I,KOBAYASHI K,MAGUCHI T,et al. Stress analysis of premium threaded connection FOX by finite element method[J]. Kawasaki Steel Technical Report,1990(22):41-47.
[33] JFE Steel Corporation. FOX Premium Threaded Connection[EB/OL]. [2017-03-22]. http://www.docin.com/p-543339042.html
[34] SUGINO M,NAKAMURA K,YAMAGUCJI S,et al. Development of an innovative high-performance premium threaded connection for OCTG[C]//Offshore Technology Conference. Houston,Texas,USA,OTC 20734. 2010.
[35] JELLISON M J,CHANDLER R B,MURADOV A,et al. New BHA connection enhances fatigue performance for difficult drilling applications[J]. Drilling Contractor,2006:18-20.
[36] Vallourec & Mannesmann. VAM book [EB/OL]. [2017-03-22]. http://www.vamservices.com/Library/files/VAM%C2%AE%20Book.pdf.
[37] TenarisHydril. Premium Connections Catalogue[EB/OL].[2017-03-22]. http://www.tenaris.com/en/ProductsPremium Connections.aspx.
[38] AGGARWAL R K,BHAT S U,MELING T S,et al. Qualification of Enhanced SCR Design Solutions For Improving Fatigue Life At Touch Down Zone[C]//Proceedings of the Sixteenth(2006) International Offshore and Polar Engineering Conference,2006:52-59.
[39] VEIDT M,BEREZOVSKI A. Design and Application of A Drill Pipe Fatigue Test Facility[C]//Proceedings of SIF2004 Structural integrity and fracture,2004:367-373.
[40] FANG X M,YAN Z C,WANG L Q,et al.Experiment and Finite Analysis on ResonantBendingFatigue of Marine Risers[J]. The OpenMechanical Engineering Journal,2015(9):205-212.
[41] REICHERT B,NGUYEN T,ROLOVIC R,et al. Advancements in Fatigue Testing and Analysis[C]//Proceedings of SPE/ICoTA Coiled Tubing and Well Intervention Conference and Exhibition,2016:1-11.
[42] FASZOLD J,ROSINE R,SPOERING R. Full-Scale Fatigue Testing With 130K Yield Tubing[J]. SPE 153945,2012.
[43] WITTENBERGHE J V. Experimental Analysis and Modelling of the Fatigue Behaviour of Threaded Pipe Connections[D]. Belgium:Ghent University,2011.


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作者简介:江  勇(1980—),男,湖北蕲春人,工程师,主要从事油井管采购和研究工作。

更新日期/Last Update: 2017-12-11