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Corros Sci， 2007，49( 7) : 3134 ［4］ Misak H E，Perel V Y，Sabelkin V，et al． Biaxial tension-tension fatigue crack growth behavior of 2024--T3 under ambient air and salt water environments． Eng Fract Mech，2014，118: 83 ［5］ Zhang X Y，Huo Q M，Sun Z H et al． The corrosion behavior of high strength aluminum alloys in different environments． Chin Sci Bull，2008，53( 23) : 2860 ( 张晓云，霍乾明，孙志华，等． 高强铝合金在不同环境下的 应力腐蚀行为． 科学通报，2008，53( 23) : 2860) ［6］ Zheng L，Feng X H，Huang W G，et al． Ｒesearch on the stress corrosion of LC52 aluminum alloy butt welding in marine atmos￾phere． Equip Environ Eng，2005，2( 4) : 61 ( 郑林，封先河，黄维刚，等． 铝合金 LC52 对接焊海洋大气 应力腐蚀研究． 装备环境工程，2005，2( 4) : 61) ［7］ Tsai T C，Chuang T H． Atmospheric stress corrosion cracking of a superplastic 7475 aluminum alloy． Metall Mater Trans A，1996， 27( 9) : 2617 ［8］ Wang B B，Wang Z Y，Han W，et al． Atmospheric corrosion of aluminium alloy 2024--T3 exposed to salt lake environment in Western China． Corros Sci，2012，59: 63 ［9］ Zhang X Y，Sun Z H，Liu M H，et al． Influence of different envi￾ronments on stress corrosion cracking of high strength aluminum al￾loys． J Chin Soc Corros Prot，2007，27( 6) : 354 ( 张晓云，孙志华，刘明辉，等． 环境对高强度铝合金应力腐 蚀行为的影响． 中国腐蚀与防护学报，2009，27( 6) : 354) ［10］ Li T，Dong C F，Li X G，et al． Influence of environmental fac￾tors on atmosphere corrosion of aluminum alloys and its dynamic time dependence． Corros Prot，2009，30( 4) : 215 ( 李涛，董超芳，李晓刚，等． 环境因素对铝合金大气腐蚀的 影响及其动态变化规律研究． 腐蚀与防护，2009，30 ( 4) : 215) ［11］ Sun S Q，Zheng Q F，Li D F，et al． Exfoliation corrosion of ex￾truded 2024--T4 in the coastal environments in China． Corros Sci，2011，53( 8) : 2527 ［12］ Kermanidis A T，Petroyiannis P V，Pantelakis S G． Fatigue and damage tolerance behaviour of corroded 2024 T351 aircraft alumi￾num alloy． Theor Appl Fract Mech，2005，43( 1) : 121 ［13］ Lacroix L，Blanc C，Pebere N，et al． Simulating the galvanic coupling between S--Al2 CuMg phase particles and the matrix of 2024 aerospace aluminum alloy． Corros Sci，2012，64: 213 ［14］ Burns J T，Larsen J M，Gangloff Ｒ P． Driving forces for local￾ized corrosion-to-fatigue crack transition in Al-- Zn-- Mg-- Cu． Fatigue Fract Eng Mater Struct，2011，34( 10) : 745 ［15］ Sheng H，Dong C F，Xiao K，et al． Anodic dissolution of a crack tip at AA2024--T351 in 3. 5 wt% NaCl solution． Int J Miner Metall Mater，2012，19( 10) : 939 ［16］ Pidaparti Ｒ M，Patel Ｒ Ｒ． Correlation between corrosion pits and stresses in Al alloys． Mater Lett，2008，62( 30) : 4497 · 945 ·