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Measurement techniques for column interface monitoring in an advanced gas cooled reactor model

机译:先进气体冷却反应器模型中列界面监测的测量技术

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This work features an important structural engineering project that provides experimental and numerical predictions to support the safety cases of the Advanced Gas-cooled Reactors (AGRs) in the United Kingdom (UK). The AGR core columns must remain vertical within tight tolerances so that the control rods and the fuel stringers have a secure and unimpeded travel in and out the channels. This paper presents the design, development and testing of bespoke techniques for column interface measurements which feed into the channel shape calculations of a quarter size physical model of an AGR core, developed at the University of Bristol (UOB). The results will play a vital part in the characterization of the core's dynamic behaviour and will feed into the seismic resilience assessments of the AGRs.
机译:这项工作具有重要的结构工程项目,提供了实验性和数值预测,以支持英国(英国)的先进气体冷却反应堆(AGRS)的安全案例。 AGR核心柱必须保持垂直于宽度的公差,以便控制杆和燃料桁条具有安全且畅通的行程进出通道。 本文介绍了用于列界面测量的定制技术的设计,开发和测试,其进入到布里斯托大学(UOB)开发的AGR核心的四分之一物理模型的渠道形状计算。 结果将在核心动态行为的表征中发挥重要部分,并将进入AGRS的地震恢复性评估。

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