Description: This effort determined the corrosion-fatigue crack growth kinetics, studied the stress-corrosion cracking resistance and investigated the deformation processes and cracking mechanisms in bi-modal grain structured aluminum alloys. This work is essential to efforts to utilize new, very high strength aluminum alloys in future Navy and Marine Corp combat vehicles and ships. It provided data on fatigue and stress corrosion cracking on nanostructured aluminum alloys.
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NAVAL RESEARCH LABORATORY |
$0 |
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Federal |
WASHINGTON,
DC
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ARIZONA BOARD OF REGENTS FOR AND ON BEHALF OF ARIZONA STATE UNIVERSITY |
$0 |
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Public Educational Institution |
TEMPE,
AZ
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WASHINGTON STATE UNIVERSITY |
$1,447 |
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Public Educational Institution |
PULLMAN,
WA
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Citation
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Source:
Appropriations Report Language - Conference
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Reference:
108-622
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Location:
Line 9, Page 286
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Citation Excerpt: Porous Materials (Note: only to continue research into porous material characterization)
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