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Estimates of Eddy Current Response to Subsurface Cracks from 2-D Finite Element Code Predictions

机译:基于二维有限元代码预测的地下裂纹涡流响应估计

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摘要

Using a two dimensional finite element code, the response of a U-core eddy current probe was computed for a subsurface flaw in a stainless steel medium. Next, using a three dimensional scattering model, the change in coil impedance was calculated for the same situation. From a comparison of these two results, it was concluded that the two dimensional finite element code overestimates the eddy current sensor response for the practical problem at hand by a factor of 10. This agreed well with the result obtained using an approximate technique described in this paper to estimate the true response from two dimensional calculations. Application of such desensitization factor should allow the two dimensional calculations to be effectively used in design studies.
机译:使用二维有限元代码,针对不锈钢介质中的次表面缺陷计算了U型铁芯涡流探头的响应。接下来,使用三维散射模型,针对相同情况计算线圈阻抗的变化。从这两个结果的比较可以得出结论,二维有限元代码高估了针对当前实际问题的涡流传感器响应的系数为10。这与使用本文所述的近似技术获得的结果非常吻合从二维计算中估算出真实的响应。此类脱敏因子的应用应允许二维计算在设计研究中有效使用。

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