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Fracture Behavior of Finite Length Part Through...
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Fracture Behavior of Finite Length Part Through Wall Flaws in Zirconium-Niobium Pressure Tubes

Abstract

Flaws encountered in nuclear pressure tubes must be evaluated to ensure that a delayed hydride cracking (DHC) mechanism is not initiated where the stress concentration at a flaw tip causes diffusion of hydrogen and precipitation of zirconium hydride at the flaw tip. A fracture initiation model for DHC involves a process zone description for the interaction of hydride precipitation with the flaw tip stress distribution. Analytical techniques for …

Authors

Metzger DR; Shek GK; Ho ETC

Pagination

pp. 33-40

Publisher

ASME International

Publication Date

January 1, 2006

DOI

10.1115/pvp2006-icpvt-11-93663

Name of conference

Volume 2: Computer Technology