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INTRODUCTION H

机译：引言H

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The 2015 ASME Pressure Vessels and Piping Conference includes one dedicated session on fatigue monitoring issues and related assessment methods covering topics on fatigue monitoring approaches worldwide. This session has four papers. The first paper by Reese et al gives an overview on the practical transient temperature measurements at primary circuit components in nuclear power plants operated by E.ON and related operational lessons learned. This kind of fatigue monitoring has been followed since commissioning of the plants at fatigue relevant locations, especially at primary circuit components. The temperature measurement concept has been optimized continuously based on operational lessons learned. Comprehensive surveillance activities yield to a significant amount of information which is used to analyze the component specific health status and which contributes to operational excellence. The specific German authority requirements and long term fatigue evaluation as a significant part of the German ageing management process and break preclusion concept are addressed. An additional relevant aspect is the application of the information gained for the optimization of operation of the plants by minimizing fatigue relevant transients.
机译：2015年ASME压力容器和管道会议包括一个专门会议，内容涉及疲劳监测问题和相关评估方法，涵盖全球范围内疲劳监测方法的主题。本届会议有四篇论文。 Reese等人的第一篇论文概述了E.ON运营的核电厂一次回路组件的实际瞬态温度测量，以及相关的运行经验。自从在与疲劳有关的位置（尤其是在主回路组件处）调试工厂以来，就一直在进行这种疲劳监控。温度测量概念已根据所学的操作经验进行了持续优化。全面的监视活动可产生大量信息，这些信息可用于分析组件的特定健康状况，并有助于卓越运营。解决了德国权威部门的特定要求和长期疲劳评估，这是德国老化管理流程和中断排除概念的重要组成部分。另一个相关方面是通过最小化疲劳相关的瞬变而获得的信息的应用，这些信息可用于优化工厂的运行。

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