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The mechanism of aqueous stress-corrosion cracking of α + β titanium alloys

Sheng Cao,Suming Zhu,Chao Voon Samuel Lim,Xigen Zhou,Xiaobo Chen,Bruce R.W. Hinton,Rodney R. Boyer,James C. Williams,Xinhua Wu

Corrosion Science（2017）

Cited 46|Views14
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Abstract
•Different dislocation types and densities were observed beneath pre-crack dimples and SCC facets due to absorbed hydrogen.•The absorbed hydrogen diffusion probably proceeds by pipe diffusion through the planar slip bands ahead of the SCC crack tip.•Absorption Induced Dislocation Emission and Hydrogen Enhanced Localized Plasticity are the SCC mechanism for α + β Ti alloys.
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Key words
A. Titanium,B. SEM,B. TEM,C. Stress corrosion,C. Hydrogen embrittlement
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