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Application of Finite Network Method to Eddy-Current Testing Methods including Ferromagnetic Materials

机译:有限网络法在含铁磁材料涡流检测方法中的应用

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The authors show the applicability of the finite network method (FNM) method to eddy-current testing. The described method is an expansion of former models to eddy current modelling. In former publications the practicability of finite network method (FNM) is shown (([1], ([2], ([4]). Furthermore, introducing magnetizing currents FNM can deal with ferromagnetic materials [3], [5]). The massive conducting volume is discretised into cuboid volume elements. The mid nodes of neighboring cuboid volume elements are connected by branches and form a staggered grid with respect to the volume discretisation (see fig 1). Every branch of the staggered grid is assigned with its averaged Ohmic resistance. Each resistor element has the conductivity γ_i, length c_i and the face area A_i.
机译:作者展示了有限网络方法(FNM)方法在涡流测试中的适用性。所描述的方法是先前模型到涡流建模的扩展。在以前的出版物中显示了有限网络方法(FNM)的实用性(([[1],([2],([4])。此外,引入励磁电流FNM可以处理铁磁材料[3],[5]) 。大量的导电体被离散为长方体体元,相邻长方体体元的中间节点通过分支连接,并相对于体离散化形成交错网格(见图1)。每个电阻元件具有电导率γ_i,长度c_i和表面积A_i。

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