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Improved Defect Detection Capability of Guided Wave Testing Boiler Spines at Heysham 1 and Hartlepool Nuclear Power Station

机译:在Heysham 1和Hartlepool核电站的引导波检测锅炉刺的改善缺陷检测能力

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Teletest Guided Wave Testing (GWT) has been used to inspect the boiler spines at EDF Energy nuclear power plants in the UK. The Teletest tool used is intended to generate and receive torsional mode waves and the operating software calculated the relevant GWT modes. Due to the complexity of the boiler spines, received responses are very complicated and quite individual across of the 32 spines under inspection. A new data processing technique called "Full Wave" is developed and has been used to process all Finite Element Modelling data [1], [2], showing better defect detection capability, and on real inspection data [3] shows smaller variability for measurements on an individual spine and good reproducibility across the 32 spines.
机译:Teletest引导波检测(GWT)已被用来检查英国EDF能量核电厂的锅炉刺。所使用的Teletest工具旨在生成和接收扭转模式波,操作软件计算相关的GWT模式。由于锅炉刺的复杂性,接受的反应非常复杂,并且在检查的32个血管上非常复杂和相当的个体。开发了一种名为“全波”的新数据处理技术,并已用于处理所有有限元建模数据[1],[2],显示更好的缺陷检测能力,并且在实验数据[3]上显示了测量的较小变化在32个脊椎上的个体脊柱和良好的再现性。

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