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首页> 外文期刊>International journal of applied electromagnetics and mechanics >A study of multi-coils ECT system for SG tubes of FBR using 3D FEM simulations and experimental measurements
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A study of multi-coils ECT system for SG tubes of FBR using 3D FEM simulations and experimental measurements

机译:使用3D FEM模拟和实验测量的FBR多线圈ECT系统研究

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The paper presents application of a multi-coil eddy current testing (ECT) system to detect defects in steam generator (SG) tubes of Fast Breeder Reactors (FBRs). The defects are located near SG tube support plates. The SG tubes were immersed in liquid sodium at temperature above 500 degrees C and then drain several times. Three dimensional (3D) Finite Element Method (FEM) numerical simulations, using an in-house developed code, are validated with experimental measurements in both cases of absence or presence of sodium on the outer SG tubes surfaces. Validations of FEM simulations of multi-coil ECT system with experimental measurements, for helical tubes, are conducted for a large model of SG tubes support plate and three SG tubes attached to it.
机译:本文介绍了多线圈涡流试验(ECT)系统的应用,以检测快速育种反应器(FBR)的蒸汽发生器(SG)管中的缺陷。 缺陷位于SG管支撑板附近。 将Sg管浸入液体钠的温度高于500℃,然后排列数次。 三维(3D)有限元方法(FEM)使用内部开发的代码进行数值模拟,在外部SG管表面上的缺失或存在的情况下进行实验测量。 对于螺旋管的实验测量的多线圈ECT系统对多线圈ECT系统的验证是针对螺旋管的大型SG管支撑板和连接到其上的三个SG管。

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