共 38 条
[1]
Ohta A(1999)Fatigue strength improvement by using newly developed low transformation temperature welding material, Doc. IIW-1439 Welding in the World 43 38-42
[2]
Watanabe O(2000)Fatigue strength improvement of box section beam by low transformation temperature welding wire, Doc. IIW-1481 Welding in the World 44 26-30
[3]
Matsuoka K(2003)Fatigue strength improvement of lap welded joints by low transformation temperature welding wire — Superior improvement with strength of steel, Doc. IIW-1583 Welding in the World 47 38-43
[4]
Siga C(2001)Fatigue life extension by repairing fatigue cracks initiated around box welds with low transformation temperature welding wire, Doc. IIW-1507 Welding in the World 45 3-8
[5]
Nishijima S(1987)Effect of residual stress on fatigue crack growth behavior of STS 42 steel weldments Journal of JSMS 36 1077-1083
[6]
Maeda Y(1976)Measurement of fatigue crack propagation and crack closure at low stress intensity level by unloading elastic compliance method Journal of JSMS 25 899-903
[7]
Suzuki N(1974)Effect of stress concentration on fatigue-crack initiation in HY-130 steel ASTM STP 559 183-204
[8]
Kubo T(1974)Evaluation of the fatigue crack initiation properties of type 403 stainless steel in air and steam environments ASTM STP 559 205-224
[9]
Ohta A(1983)Effect of specimen size and configuration on fatigue crack growth behavior of mild steel butt welded joints Journal of JSMS 32 304-309
[10]
Maeda Y(1984)On the estimation of fatigue crack growth rate at welding residual stresses fields Quarterly Journal of JWS 2 144-150