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Evaluating nugget sizes of spot welds by using artificial neural network

机译:使用人工神经网络评估点焊的熔核大小

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摘要

Spot welding is widely used for numerous industrial applications, especially in automobile, aerospace and electronic manufacturing applications. One of the most important issues is how to evaluate the nugget diameter of spot weld, upon which the quality of joint was found to be dependent, with non-destructive inspection method. This paper introduces the investigation on evaluating quality of spot weld using back-propagation network. The network is configured by learning the pattern sets which consist of electrical parameters detected during the welding process and the relevant nugget sizes (diameter and height) measured after welding. The electrical parameters composed of welding current and voltage between the electrodes are selected as the input of the network. The output of the network is the nugget sizes of the weld which are compared with the experimental data. Results showed that the neural network system is vaild for evaluating application in spot welding.
机译:点焊广泛用于许多工业应用,尤其是在汽车,航空航天和电子制造应用中。最重要的问题之一是如何通过无损检查方法评估点焊的熔核直径,而该点焊质量取决于接头的质量。本文介绍了使用反向传播网络评估点焊质量的研究。通过学习模式集来配置网络,该模式集包括在焊接过程中检测到的电气参数以及在焊接后测量的相关熔核尺寸(直径和高度)。选择由电极之间的焊接电流和电压组成的电参数作为网络的输入。网络的输出是焊缝的熔核大小,并与实验数据进行比较。结果表明,该神经网络系统可用于评估点焊的应用。

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