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