FUKUHISA MATSUDA,KENJI IKEUCHI,HITOSHIOKADA.Effect of M-A constituent on fracture behavior of 780 and 980MPa class HSLA steel subjected to weld HAZ thermal cycle[J].Trans JWRI,1994,23(2):231-238.
[2]
高国梁.M-A组元对热影响区缺口韧性的影响[J].钢管,1998,27(4):55-60.
[3]
VLADIMIR MAGULA,ZHONGLIN LI,HITOSHI OKADA.Microstructural investigation on decomposition behavior of M-A constituent and recovery of ductility due to PWHT in simulated HAZ of HSLA STEEL [J].Trans JWRI,1991,20(1):69-75.
MUTSUO NAKANISHI,YU-ICHI KOMIZO.Improvement of welded HAZ toughness by dispersion with nitride particles and oxide particles [J].J JPN Weld Soc,1983,52(2):117-131.
[9]
MUZUKI S.Solution of TiN during synthetic weld thermal cycling and HAZ toughness in low carbon steels [J].Trans JWS,1987,18(2):58-68.