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Applicability of Alloy 690/52/152 Crack Growth Testing Conditions to Plant Components

机译:合金690/52/152对植物组分的裂缝增长试验条件的适用性

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A great deal of PWSCC testing has been conducted on a range of A690 materials. An expert panel organized by EPRI is working to collect all the available laboratory data for its applicability to actual plant components. This paper will review the considerations that are being used to perform this evaluation, and the results of that evaluation. One of the key variables is cold work, and detailed studies have been conducted to measure the residual strains, so as to determine the amount of cold work that can exist in a heat-affected-zone (HAZ) region of a typical weld. In addition to these measurements on weldments, limitations on bulk cold work on base metal imposed by all vendors will be reviewed. The effect of the orientation of the specimens tested will be compared with the orientations of typical flaws in operating plants, so as to determine the relevance of the data to those plants.
机译:在一系列A690材料上进行了大量的PWSCC测试。由EPRI组织的专家小组正在努力收集所有可用的实验室数据,以便适用于实际工厂组件。本文将审查用于执行此评估的考虑因素,以及该评估的结果。其中一个关键变量是冷的工作,并进行了详细的研究以测量残留菌株,以确定典型焊缝的热影响区(HAZ)区域中可以存在的冷加工量。除了这些焊接测量外,还将审查所有供应商施加的批量冷加工的局限性。测试试样的取向的效果将与操作植物中典型缺陷的取向进行比较,以便确定数据与这些植物的相关性。

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