Through-thickness inhomogeneity of environmentally assisted cracking (EAC) in AA5083-H128 alloy

The through-thickness inhomogeneity of environmentally assisted cracking (EAC) for AA5083-H128 thick plate is investigated based on sensitization treatments, microstructure characterization, slow strain rate tests (SSRT) and J-based fracture tests. More continuous Mg-rich precipitates with a higher...

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Published inMaterials science & engineering. A, Structural materials : properties, microstructure and processing Vol. 740-741; pp. 34 - 48
Main Authors Gao, Wenbin, Wang, Dongpo, Seifi, Mohsen, Lewandowski, John J.
Format Journal Article
LanguageEnglish
Published Lausanne Elsevier B.V 07.01.2019
Elsevier BV
Subjects
Al-Mg alloy
Aluminum base alloys
Chemical precipitation
Crack propagation
Delamination
Environmentally assisted cracking
Environmentally assisted cracking (EAC)
Fracture surfaces
Fracture testing
Grain boundaries
Hydrogen embrittlement
Hydrogen evolution
Inhomogeneity
J-integral fracture tests
Mechanical tests
Mg-rich precipitates
Nickel
Precipitates
Sensitization
Slow strain rate
Slow strain rate tensile (SSRT) test
Thick plates
Thickness
Al-Mg alloy
Sensitization
Mg-rich precipitates
Environmentally assisted cracking (EAC)
Slow strain rate tensile (SSRT) test
J-integral fracture tests
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Abstract The through-thickness inhomogeneity of environmentally assisted cracking (EAC) for AA5083-H128 thick plate is investigated based on sensitization treatments, microstructure characterization, slow strain rate tests (SSRT) and J-based fracture tests. More continuous Mg-rich precipitates with a higher Mg concentration are identified along the grain boundaries of sensitized specimens excised from near the top of the plate than those of specimens excised from the middle of the plate. The larger amount and grain boundary coverage of Mg-rich precipitates present after sensitization for samples excised from the top of the plate was consistent with both mechanical tests (i.e. SSRT, J-based fracture) that showed greater EAC susceptibility than samples excised from the middle of the plate. In the J-based fracture tests, sensitized specimens tested in the S-T orientation exhibited greater EAC susceptibility than L-T specimens. In the L-T tests, more grain boundary delamination, likely caused by hydrogen embrittlement from the hydrogen evolution associated with the corrosion of the Mg-rich phases, was exhibited on the fracture surfaces for sensitized specimens removed from the top of the plate compared to the middle. Despite this embrittlement, this grain boundary delamination contributed to the greater crack growth resistance exhibited by the sensitized L-T samples due to delamination toughening.
AbstractList The through-thickness inhomogeneity of environmentally assisted cracking (EAC) for AA5083-H128 thick plate is investigated based on sensitization treatments, microstructure characterization, slow strain rate tests (SSRT) and J-based fracture tests. More continuous Mg-rich precipitates with a higher Mg concentration are identified along the grain boundaries of sensitized specimens excised from near the top of the plate than those of specimens excised from the middle of the plate. The larger amount and grain boundary coverage of Mg-rich precipitates present after sensitization for samples excised from the top of the plate was consistent with both mechanical tests (i.e. SSRT, J-based fracture) that showed greater EAC susceptibility than samples excised from the middle of the plate. In the J-based fracture tests, sensitized specimens tested in the S-T orientation exhibited greater EAC susceptibility than L-T specimens. In the L-T tests, more grain boundary delamination, likely caused by hydrogen embrittlement from the hydrogen evolution associated with the corrosion of the Mg-rich phases, was exhibited on the fracture surfaces for sensitized specimens removed from the top of the plate compared to the middle. Despite this embrittlement, this grain boundary delamination contributed to the greater crack growth resistance exhibited by the sensitized L-T samples due to delamination toughening.
Author Lewandowski, John J.
Wang, Dongpo
Gao, Wenbin
Seifi, Mohsen
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Keywords Al-Mg alloy
Sensitization
Mg-rich precipitates
Environmentally assisted cracking (EAC)
Slow strain rate tensile (SSRT) test
J-integral fracture tests
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Snippet The through-thickness inhomogeneity of environmentally assisted cracking (EAC) for AA5083-H128 thick plate is investigated based on sensitization treatments,...
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SubjectTerms Al-Mg alloy
Aluminum base alloys
Chemical precipitation
Crack propagation
Delamination
Environmentally assisted cracking
Environmentally assisted cracking (EAC)
Fracture surfaces
Fracture testing
Grain boundaries
Hydrogen embrittlement
Hydrogen evolution
Inhomogeneity
J-integral fracture tests
Mechanical tests
Mg-rich precipitates
Nickel
Precipitates
Sensitization
Slow strain rate
Slow strain rate tensile (SSRT) test
Thick plates
Thickness
Title Through-thickness inhomogeneity of environmentally assisted cracking (EAC) in AA5083-H128 alloy
URI https://dx.doi.org/10.1016/j.msea.2018.10.079
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