Fatigue fracture characteristics of friction welded butt joints with corrosion pits

Welding International

Volumn 10, Issue 4, 1996, Pages 295-301

  H ue Y ^a   Nakayama, H ^a   Mukai, Y ^b   Ogawa, K ^c  

^a OSAKA SANGYO UNIVERSITY   (Japan)

^b OSAKA UNIVERSITY   (Japan)

^c Osaka City University   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 85009570475     PISSN: 09507116     EISSN: 17542138     Source Type: Journal    
DOI: 10.1080/09507119609548998     Document Type: Article

References (12)

1. Nakayama, O-ue Ishii and O. Ogawa: ‘Statistical fatigue characteristics of S45C steel similar material friction welded joints’. Materials 1981 30-329 108.
2. Nakayama, Ogawa, Hanano, O-ue and O. Ohira: ‘Statistical fatigue characteristics of Al/Al similar material friction welded joints’. Journal of Light Metal Welding Structure Association 1982 20 (12) 673.
3. Ogawa, O-ue, Nakayama, Morimoto and H. Hasui: ‘Fatigue strength of aluminium alloy similar material friction welded joints’. Journal of Light Metal Welding Structure Association 1987 25 (1) 6.
4. Nakayama, O-ue Okita and A. Aritoshi: ‘Fatigue cracking propagation resistance of carbon steel similar material friction welded joints’. Materials 1992 41-460 80.
5. O-ue, Nakayama, Mukai and Ogawa: ‘Corrosion fatigue strength of carbon steel similar material friction welded joints’. Q J Jpn Weld Soc 1992 10 (2) 296.
6. O-ue, Nakayama Mukai and O. Ogawa: ‘Corrosion behaviour of S25C carbon steel similar material friction welded joints in artificial seawater’. Q J Jpn Weld Soc 1993 11 (1) 120.
7. N. Nishihara and E. Endo: ‘State of stress and corrosion effect in corrosion fatigue’. Tests for Materials 1955 4-21 154.
8. Kawamoto, Seki and F. Fujitani: ‘Fatigue strength of double notch of steel’. Tests for Materials 1956 6-47 414.
9. K. Kawamoto and S. Seki: ‘Fatigue strength of double notch of steel (continued)’. Tests for Materials 1957 6-47 530.
10. K. Kawamoto and S. Seki ‘Study on material strength’. Edited by Japan Materials Society, 1986, 100, Fig. 4 & 20. Peterson: ‘Stress concentration design factors’.
11. Komai, Minojima and K. Kin: ‘Generation behaviour of corrosion fatigue cracking of 80 kilo class high strength steel welding materials in artificial seawater’. Materials 1987 36-401 141.
12. Komai, Minojima Kinoshita and K. Kin: ‘Corrosion fatigue cracking of high strength steel in artificial seawater’. Quarterly Journal of Japan Machinery Society 1987 Vol. A 53-496 2267.