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Development of an Eddy Current Non-Destructive Testing Method Applicable to the Evaluation of the Depth of a Surface Breaking Crack Appearing in a Ferromagnetic Material

机译：开发涡流非破坏性测试方法，适用于在铁磁材料中出现的表面破裂裂缝深度的评价

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Noritaka Yusa; Hidetoshi Hashizume;
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年度 2014
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1. NOVEL METHOD FOR NON-DESTRUCTIVE EVALUATION OF CRACK DEPTH FROM EDDY-CURRENT TESTING SIGNALS [J] . LADISLAV JANOUSEK, DANIELA GOMBARSKA, KLARA CAPOVA Acta Technica CSAV . 2008,第1期

机译：涡流测试信号裂纹深度非破坏性评估的新方法
2. Influence of key factors on Eddy current testing sensitivity and monotonicity on subsurface depth for ferromagnetic and non-ferromagnetic materials [J] . Zhou Deqiang, Chang Xiang, He Yunze, Sensors and Actuators, A. Physical . 2018,第期

机译：基于铁磁和非铁磁材料涡流测试敏感性和单调性的关键因素对抗氧化铋和非铁磁材料的影响
3. Quantitative evaluation of crack depths and angles for pulsed eddy current non-destructive testing [J] . Nafiah Faris, Sophian Ali, Khan Md Raisuddin, NDT & E international . 2019,第MARa期

机译：脉冲涡流无损检测裂纹深度和角度的定量评估
4. Development of a method for the non-destructive evaluation of fiber orientation in multilayer 3D carbon fiber preforms and CFRP with robot-guided high-frequency eddy current testing technology [C] . Johannes MERSCH, Georg BARDL, Andreas NOCKE, International Symposium on NDT in Aerospace . 2019

机译：多层3D碳纤维预成型纤维取向的非破坏性评价的方法和CFRP，具有机器人引导的高频涡流测试技术的无损评价
5. Potential applicability of stress wave velocity method on pavement base materials as a non-destructive testing technique. [D] . Mahedi, Masrur. 2015

机译：应力波速度法作为无损检测技术在路面基础材料上的潜在适用性。
6. Non-Destructive Evaluation of Depth of Surface Cracks Using Ultrasonic Frequency Analysis [O] . Shiuh-Chuan Her, Sheng-Tung Lin 2014

机译：超声频率分析对表面裂纹深度的无损评估
7. Quantitative evaluation of crack depths and angles for pulsed eddy current non-destructive testing [O] . Faris Nafiah, Ali Sophian, Md Raisuddin Khan, 2019

机译：脉冲涡流非破坏性测试的裂纹深度和角度的定量评估
8. Non-destructive Testing (NDT) of metal cracks using a high Tc rf-SQUID and eddy current method [R] . Lu, D. F., Fan, Chang-Xin, Ruan, J. Z., 1995

机译：使用高Tc rf-sQUID和涡流方法对金属裂缝进行无损检测（NDT）

Development of an Eddy Current Non-Destructive Testing Method Applicable to the Evaluation of the Depth of a Surface Breaking Crack Appearing in a Ferromagnetic Material

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