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- W2348331364 abstract "The effects of aging treatment on the stress corrosion cracking resistance,intergranular corrosion(EC) resistance and exfoliation corrosion resistance of 1933 aluminum alloy forging were investigated by means of optimal microscopy(OM),transmission electron microscopy(TEM),slow strain rate testing(SSRT),double-cantilever-beam(DCB) experiment,intergranular corrosion(IGC) and EC experiments.The results show that the 1933 aluminum alloy forging under T6(120 ℃,24 h) aging treatment reveals the strongest stress corrosion cracking sensitivity and the critical stress intensity factor KISCC is only 8.95 MPa-m1/2.After aging treatment at(110 ℃,6 h)+(160 ℃,8 h) and(110 ℃,12 H)+(170 ℃,8 h),KISCC is elevated to 23.84 and 27.56 MPa-m1/2,respectively,which indicates higher stress corrosion cracking resistance.Accompanying the improvement of stress corrosion resistance,the strength loss and plasticity loss decrease sharply when the forging is aging-treated at(110 ℃,12 h)+(180 ℃,6 h).The forging has excellent intergranular corrosion resistance under all aging treatments and the forms of corrosion are all pit corrosion.Meanwhile,the exfoliation corrosion resistance of the forging is also very good.The level of exfoliation corrosion is EC when the forging is under T6 aging treatment.After duplex aging,the level of exfoliation corrosion for the forging is EA+." @default.
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- W2348331364 date "2011-01-01" @default.
- W2348331364 modified "2023-09-23" @default.
- W2348331364 title "Effects of aging treatment on corrosion properties of 1933 aluminum alloy forging" @default.
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