ITER vacuum vessel structural analysis completion during manufacturing phase

J.-M. Martinez,A. Alekseev,C. Sborchia,C.H. Choi,Y. Utin,C. Jun,A. Terasawa,E. Popova,B. Xiang, G. Sannazaro,A. Lee,A. Martin, P. Teissier, Flavien Sabourin, J. Caixas, E. Fernandez, J.M. Zarzalejos,H.-S. Kim,Y.G. Kim, E. Privalova,Shuangsong Du,Songke Wang, V. Albin, T. Gaucher, S. Borrelly, M. Cambazar, S. Sfarni

FUSION ENGINEERING AND DESIGN(2016)

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摘要
Some years ago, analyses were performed by ITER Organization Central Team (IO-CT) to verify the structural integrity of the ITER vacuum vessel baseline design fixed in 2010 and classified as a Protection Important Component (PIC). The manufacturing phase leads the ITER Organization domestic agencies (IO-DA) and their contracted manufacturers to propose detailed design improvements to optimize the manufacturing or inspection process. These design and quality inspection changes can affect the structural margins with regards to the Codes&Standards and thus oblige to evaluate one more time the modified areas. This paper proposes an overview of the additional analyses already performed to guarantee the structural integrity of the manufacturing designs. In this way, CT and DAs have been strongly involved to keep the considerable margins obtained previously which were used to fix reasonable compensatory measures for the lack of In Service Inspections of a Nuclear Pressure Equipment (NPE). (C) 2016 Elsevier B.V. All rights reserved.
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关键词
ITER,Vacuum vessel,Nuclear Pressure Equipment,Structural integrity,Analysis,Manufacturing design,RCC-MR
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