第 1 章の参考文献

[1]小笠原昌雄，最近の油井管継手，鉄と鋼79(5)，N352-N355，1993 [2] American Petroleum Institute, Specification for Casing and Tubing,

API SPECIFICATION 5CT (SPEC 5CT) THIRD EDITION., 1990

[3] Matthews K., HDD Tech Talk: The Importance of Thread Compound, Trenchless Technology, 4, May, 2018,

Available on line: https://trenchlesstechnology.com/importance-thread-compound-hdd/.

[4] Saxena A., Chaudhary S., Adarsh D., Anshul K., Nihalani D., and Tewari P., Challenges in HPHT Well: A Case Study, SPE Oil and Gas India Conference and Exhibition, 2019

[5] Smithson T., HPHT wells, Oilfield Review 2016, Schlumberger, 2016, Available on line: https://www.glossary.oilfield.slb.com › Terms › hpht

[6] Pallardy R., Deepwater Horizon oil spill, Environmental Disaster, Gulf of Mexico, 2010 Available on line:https://www.britannica.com/event/Deepwater-Horizon-oil-spill [7] Sugino M., Nakamura K., Yamaguchi S., Daly D., Briquet G., and Verger E.,

Development of an innovative high-performance premium threaded connection for OCTG, Offshore Technology Conference, 2010

[8]岩本理彦，石油・天然ガス掘削技術の多様化に対応する油井管の材料と継手について，

石油技術協会誌第78巻5号，376-381，2013 [9] VAM Sevises, VAM^® Book, 2017

Available on line: www.vamservices.com › Library › files › VAM® Book

[10] Tenaris, TenarisHydril – Premium Connections Catalogue, 2018, Available on line:

http://www.tenaris.com/ja-jp/mediaandpublications/brochuresandcatalogs/premiumconnections.a spx

[11] JFE Steel Corporation, JFEBEAR premium connection, 2016, Available on line:

https://www.jfe-steel.co.jp/en/products/energy/octg/premium_joint/catalog.html [12]石油連盟発行，「今日の石油産業2018」，2018

[13] Fontenot K., Lesso B., (Bob) Strickler R. D., and Warren T. M., Using Casing Drilling to Drill Directional Wells, Oilfield Review, 17(2), 44-61, 2005

[14] Patel D., Thakar V., Pandian S., Shah M., and Sircar A., A Review on Casing while Drilling Technology for Oil and Gas Production with Well Control Model and Economical Analysis, Petroleum, 5, 1-12, 2019

[15] Gaurina-međimurec N., Casing Drilling Technology, Rudarsko-geološko-naftni zbornik, 17, 19–26, 2005

[16] Mohammed A., Okeke C. J., and Abolle-Okoyeagu I., Current Trends and Future Development in Casing Drilling, International Journal of Science and Technology, 2(8), 567-582, 2012

34

[17] Graves K. S., and Herrera D. C., Casing while Drilling Utilizing Rotary Steerable Technology in the Stag Field-Offshore Australia, SPE Annual Technical Conference and Exhibition, 2013 [18] Ong G., Yamaguchi S., and Imai R., Successful Casing Drilling Experience with Premium

Connection for Production Casing Application on a Subsea Well, SPE Asia Pacific Oil & Gas Conference and Exhibition, 2013

[19] Penot S., Segui E., and Pickup D., Successful Use of Directional Casing While Drilling, International Petroleum Technology Conference, 2019

[20]大東昌紀，山下裕士，並川貴俊，三上和昭，シェールオイル開発における掘削・

仕上げ技術に関する最新技術動向，石油技術協会誌第80巻2号，142-146，2015 [21]北村龍太，大偏距･マルチラテラル坑井の掘削･仕上げ技術の最新動向，

石油天然ガス・金属鉱物資源機構，石油・天然ガスレビュー42(5)，23-40，2008 [22] Jindal Drilling & Industries Limited (JDIL), Directional / Horizontal Drilling,

Available on line:http://www.jindal.com/jdil/horizontal-directional-drilling.html

[23] Buster J., Perkins J., and Azeredo L., Development of Next Generation High Torque OCTG Premium Connection for Extended Reach Wells,

International Petroleum Exhibition & Conference in Abu Dhabi, UAE, 2015

[24] Ferjani M., Averbuch D., and Constantinescu A., A Computational Approach for the Fatigue Design of Threaded Connections, International Journal of Fatigue, 33, 610-623, 2011 [25] Ocean Drilling Program, Drill String, Available on line:

www-odp.tamu.edu › publications › tnotes › pdf › drill_s, or www.oceandrilling . org [26] Bertini L., Santus C., Inoue T., and Sakurai N.,

Fatigue Resonant Tests on Drill Collar Rotary Shouldered Connection and Critical Thread Root Identification, Engineering Failure Analysis, 89, 138-149, 2018

[27] Clark J., Reynolds N., Ellis S., and Stuart J., Advances in Fatigue Design: Curvature Index Theory and Case Study, World Oil October 2003 issue, 29-34, 2003

[28] Teodoriu C., Oil Country Tubular Goods Fatigue Testing: Do We Test Them Enough?, Proc of the 36th Int. Conf. on OMAE, 2017

[29] Grondin G. Y., and Kulak G. L., Fatigue Testing of Drillpipe, SPE Drilling & Completion. Natl.

Research Council of Canada, Edmonton, Alberta. Canada, 1994

[30] Veidt M., and Berezovski A., Design and Application of a Drill Pipe Fatigue Test Facility, SIF, 2004

[31] Bertini L., Santus C., Boulet J., and Leclerc P., Resonant Bench for Fatigue Testing of Steel Drill Pipes Connections, 41 Convegno Nazionale Universita degli Studi di Padova, 2012 [32] Wittenberghe V. J., Baets D. P., Waele D. W., Pauw D. J., Ost W., Bui T. T, and Roeck, D. G.,

Fatigue Investigation of Threaded Pipe Connections, Sustainable Construction & Design, 2010

35

[33] Breihan J., Muradov A., and Shepard J., The Effect of Increased Make-up Torque on Performance of Rotary Shouldered Connections, SPE/IDAC Drilling Conference, 2005 [34] Bailey I. E., and Smith J. E., The Goodman Diagram as an Analytical Tool to Optimize Fatigue

Life of Rotary Shouldered Connections, SPE/IDAC Drilling Conference, 2003 [35] Haagensen P. J. and Grøttom T. I., Fatigue Assessment of Drill Pipes,

Proc. of the 36th Int. Conf. on OMAE, 2017

[36] Santus C., Fretting Fatigue of Aluminum Alloy in Contact with Steel in Oil Drill Pipe

Connections, Modeling to Interpret Test Results, International Journal of Fatigue, 30, 677-688, 2008

[37] Tang W., Muradov A., Chandler R. B., Jellison M. J., Gonzalez M. E., and Wu J., A Novel Approach for Determining, Evaluating, and Applying Stress Concentration Factors for Rotary-Shouldered Connections, SPE Annual Technical Conference and Exhibition, 2006 [38]村上敬宜，応力集中の考え方，養賢堂，2005

[39] Teodriu C., Ulmanu V., and Badicioiu M., Casing Fatigue Life Prediction Using Local Stress Concept: Theoretical and Experimental Results,

SPE Western Regional and Pacific Section AAPG Joint Meeting, 2008

[40] Cetin A., and Härkegård G., Fatigue Life Prediction for Large Threaded Components, Procedia Engineering, 2, 1225-1233, 2010

[41] Peterson R. E., Notch Sensitivity. Metal fatigue, G. Sines and J. L. Waisman, eds. New York:

McGraw-Hill, 1959

[42] Neuber H., Theory of Notch Stresses: Principles for Exact Stress Calculation, Raven FA and Brock JS, eds. Michigan, Ann Arbor. J. W: Edwards, 1946 [43] Siebel E., and Steiler M., Dissimilar Stress Distributions and Cyclic Loading,

VDI-Zeitschrift, 97, 121-131, 1955

[44] Wormsen A., Sjödin B., Härkegård A., and Fjellstad A., Non-local Stress Approach for Fatigue Assessment Based on Weakest-link Theory and Statistics of Extremes,

Fatigue and Fracture of Engineering Materials and Structures, 30 (12), 1214-1227, 2007 [45] Wittenberghe J. V., Baets P. D., Waele W. D., Bui T. T., and Roeck G. D., Evaluation of Fatigue

Crack Propagation in a Threaded Pipe Connection Using an Optical Dynamic 3D Displacement Analysis Technique, Engineering Failure Analysis, 18, 1115–1121, 2011

[46] Wahab M. A., Ashcroft I. A., Crocombe A. D., and Shaw S. J., Prediction of Fatigue Thresholds in Adhesively Bonded Joints Using Damage Mechanics and Fracture Mechanics,

J Adhesion Sci. Technol., 15(7), 763-781, 2001

[47] Wittenberghe J. V., Pauw J. D., Baets P. D., Waele W. D., Wahab M. A., and Roeck G. D., Experimental Determination of the Fatigue Life of Modified Threaded Pipe Couplings,

Procedia Engineering, 2, 1849–1858, 2010

36

[48] Lin T., Zhang Q., Lian Z., Liu Y., Zhang Y., and Chen Y., Multi-axial Fatigue Life Prediction of Drill Collar Thread in Gas Drilling, Engineering Failure Analysis, 59, 151-160, 2016

[49] Lohr R. D., Ellision E. G., A Simple Theory for Low Cycle Multiaxial Fatigue, Fatigue Fract. Eng. Mater. Struct., 3 (1), 1–17, 1980

[50] Cromb J., Delepine Y., Bedore T., Bradley B., Roussie G., and Massaglia J., Outer Riser System for Anadarko’s Constitution Spar Allows Dry Trees, World Oil Deep Water Technology March 2007, 2007

[51] DNV GL, Fatigue Design of Offshore Steel Structures, RECOMMENDED PRACTICE DNVGL-RP-C203, 2016

[52] Sches C., Hill J. W., Peter T., Massaglia J., and Lepine E., Fatigue Resistant Threaded and Coupled Connectors: The New Standard for Deep Water Riser Applications,

Proc. of the 26th Int. Conf. on OMAE, 2007

[53] Bailey G., Strickler R. D., Hannahs D., and Kamruzzuman S., Evaluation of a Casing Drilling Connection Subjected to Fatigue and Combined Load Testing, Offshore Technology Conference,

2006

[54] Lu Q., Hannahs D., Wu J., and Langford S., Connection Performance Evaluation for Casing-Drilling Application, Offshore Technology Conference, 2007

[55] ISO/FDIS 13679: 2011, Petroleum and Natural Gas Industries – Procedures for Testing Casing and Tubing Connections, 2011

[56] Ong G., Ramli M. N., Ahmad H., Ando Y., and Yamamoto T., Evaluation of Fatigue Performance on Semi Premium Connection for Casing Drilling Application to Prevent Connection Fatigue Failure, Offshore Technology Conference Asia, 2016

[57] Santi N. J., Carcagno G. E., and Toscano R., Premium & Semi-premium Connections Design Optimization for Varied Drilling-with-Casing Applications, Offshore Technology Conference, 2005

[58] Carcagno G. E., Bufalini A., Conde L., and Toscano R., Low SCF Integral Premium Connections for Use in Highly Demanding Casing and Tubing Drilling Operations,

Offshore Technology Conference, 2004

[59] Meertens B., Baets P. D., Waele W. D., and Wittenberghe J. V., Fatigue Behavior of Threaded Couplings – Experimental Research, Labo Soete, Ghent University, Belgium, 2010

[60] Sches C., and Shilling R., Design and Qualification of Fatigue Resistant Heavy Wall Threaded & Coupled Premium Connectors for Drilling and Production Riser Applications in Deepwater HPHT Dry Tree Systems, Proc. of the 29th Int. Conf. on OMAE, 2010

37