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WRC 597

High Energy Piping Compendium of Optical and Cryo-Crack Creep Damage Assessment

Bulletin / Circular by Welding Research Council, Inc. , 2022

C.D. Lundin, Ph.D., G. Zhou, Ph.D., M. Morrison, G. Batten, Materials Joining Group, The University of Tennessee, M. Prager, Ph.D., D. Sullivan, The Materials Properties Council

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Full Description

This compendium in this WRC Bulletin was created based on the optical metallographic and "Cryo-Cracking" fractographic characterization conducted in conjunction with assessments on in-service, long-seam welded, Cr-Mo, high energy piping. The extent of creep damage (cavitation) is presented in the order of increasing creep damage level according to the specific location of creep damage. In this compendium, the primary locations of creep damage are defined as creep damage in the weld metal adjacent to the fusion line (WM-FL) and creep damage in the fine-grained/intercritical heat affected zones of the base metal (BM-FG/ICHAZ) and weld metal (WM-FG/ICHAZ), traditionally called "Type IV damage.".
 

Product Details

Published:
2022
Number of Pages:
194
File Size:
1 file , 31 MB
Note:
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