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Nondestructive magnetic characterization of TRIP steels

机译:TRIP钢的无损磁特性

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Different nondestructive magnetic methods - major hysteresis loop measurement, Barkhausen noise measurement and minor hysteresis loop analysis (Magnetic Adaptive Testing) - were applied on a plastically deformed series of transformation induced plasticity (TRIP) steel samples. The results of the different methods were compared with each other. Good correlation was found between magnetic characteristics, measured in different ways. Magnetic Adaptive Testing (MAT) seems to be the most sensitive method. Good correlation was also found between magnetic parameters and with the destructively measured Vickers hardness values. MAT yields a linear correlation between Vickers hardness and magnetic descriptors, without magnetic saturation of the specimen.
机译:将不同的非破坏性磁方法-大磁滞回线测量,巴克豪森噪声测量和次磁滞回线分析(磁性自适应测试)应用于一系列塑性变形的相变感应塑性(TRIP)钢样品。将不同方法的结果相互比较。发现以不同方式测量的磁特性之间具有良好的相关性。电磁自适应测试(MAT)似乎是最敏感的方法。在磁性参数之间以及与破坏性的维氏硬度值之间也发现了良好的相关性。 MAT产生维氏硬度和磁性指标之间的线性相关性,而试样没有磁饱和。

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