Study on inland area accelerated test method for high strength aluminum alloy
Cui Tengfei1, Zhang Xiaojuan1, Liu Daoxin2, Yu Qing1
1. General Technology Department, China Helicopter Research and Development Institute, Jingdezhen 333000, China;
2. Corrosion and Protection Research Laboratory, Northwestern Polytechnical University, Xi'an 710072, China
In order to establishthetest method for accelerated corrosion of high strength aluminum alloys in an inland area, 7B04-T6 aluminum alloys was used for laboratory accelerated corrosion test and atmospheric environment exposure corrosion test canwhile the fatigue propeties the tested were compaluated. Through the comparative the average corrosion rate test of the samples, the corrosion morphology observation and fatigue fracture characteristics ahalysis corrosion mechanism and fatigue lifewere tested and compared. The results show that: the corrosion mode of 7B04-T6 aluminum alloy that undergone accelerated corrosion in laboratory and exposure atmospheric environmental is same. The corrosion mechanism and fatigue damage characteristics had no different. So, the accelerated environmental spectra and test methods can be used as an accelerated test method for high strength aluminum alloy to simulation inland area climate damage. The accelerated multiple is 97.64.
崔腾飞1，张晓娟1，刘道新2，于 晴1，. 高强度铝合金典型内陆地区腐蚀行为加速试验方法研究[J]. 煤炭与化工, 2020, 43(1): 142-146.
Cui Tengfei1, Zhang Xiaojuan1, Liu Daoxin2, Yu Qing1. Study on inland area accelerated test method for high strength aluminum alloy. CCI, 2020, 43(1): 142-146.
