References
- Hobbacher A. Fatigue design of welded joints and components. Recommendations of IIW Joint Working Group XII-1539-96/XV-845-96 (1996). JSW Weld Fatigue Strength Research Committee trans.: Fatigue Design of Welded Structures, JSW (1999)
- Eurocode 3. Design of steel structures. Part 1-9, BS EN 1993-1-9: 2005
- Eurocode 9. Design of aluminium structures. Part 2. Structures susceptible fatigue. ENV 1999-2: 2000
- Niemi E. Recommendation concerning stress determination for fatigue analysis of welded components. IIW Doc XIII-1458-92/XV 797-92; 1992
- Hobbacher A. Recommendations on fatigue of welded components. IIW Doc XIII 1539-95/XV-845-95; 1995
- Takeuchi . 2006 . Design S − N curves (1) and (2) for aluminium alloy welded joints . J Light Met Weld Construction , 44 : 2 – 10 .
- Maddox SJ. Fitness-for-purpose assessment of misalignment transverse butt weld subject to fatigue loading. The Welding Inst Rep No. 279/1985. Abington Cambridge 1985. IIW-Doc. XIII-1180-85. References below, to Reference 11, are from Ref. 4
- Partanen , T . 1992 . “ Factors affecting the fatigue behaviour of misaligned transverse butt joints in plate structures ” . In Engineering design in welded connections , Edited by: Bramat , M . Pergamon Press . Proc IIW Conf. Madrid 1992
- van Delft DRV. A two dimensional analysis of the stresses at the vicinity of the weldtoes of welded tubular joints. Delft Univ Tech Dept Civil Eng. Stevin Lab. Rep. 6-81-8. Delft 1981. 58
- Design Guides for Offshore Structures, Welded Tubular Joints. ARSEM, Association de Recherche sur les Structures Metalliques Marines, 1987. (English translation)
- Romeyn A, et al. Stress and strain concentration factors of multiplanar joints made of circular hollow sections, Proc. ISOP’91. And 7 others in Ref. 4