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Recently it has been reported that the basic mechanism of PWSCC is a type of HE( hydrogen emblittlement) and the role of hydrogen in the metal may be to accelerate low temperature creep according to the results of the hump-SSRT tests and the rapid straining electrode tests using Ni based alloys and austenitic stainless steels. However there is big difference between cracking behavior of Ni based ally and austenitic stainless steel under static stress and strain condition such as constant load test or reverse U-bend test. Ni based alloy has susceptibility to PWSCC under such condition but austenitic stainless steel does not. In this paper these difference between Ni base alloy and austenitic stainless steel will discuss based on the mechanism of PWSCC.
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