1Hossain M M, Rahman M K, Rahman S S, et al.Fatigue life evaluation: A key to avoid drillpipe failure due to die-marks[C]. SPE 47789,1998.
2Bailey E I, Smith J E. The goodman diagram as an analytical tool to optimize fatigue life of rotary shouldered connections[C]. SPE 79874,2003.
3Jajnauth J, Jagai T. Case study: Abnormal drillstring wash-out and fatigue experienced when drilling hazardous formation in Irani oil field [C]. SPE 85327,2003.
4Baryshnikov A, Calderroni A, Ligrone A, et al. A new approach to the analysis of drillstring fatigue behavior[C]. SPE 30524,1995.
5Dale B A. An experimental investigation of fatigue crack growth in drillstring tubulars[C]. SPE 15559,1988.
6Collins T, Vaghi F. Analysis of the fatigue resistance of rotary shouldered connections [C]. SPE 74564,2002.
7Kessler F, Smith J. Double-shouldered tool joints increase torsional strength[J]. Journal of Petroleum Technology, 1996,48 (6) :514-517.
8Jellison M I, Hassmann S P, Doug Snapp. New developments in drill stem rotary shoulder connection [C]. SPE 62785,2000.
9Muradov A, Smith J E. Development of external pressure resistant tool joint for under-balanced drilling[C]. SPE 68771,2001.