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Neural network-based expert systems for predictions of temperature distributions in electron beam welding process

机译:基于神经网络的专家系统,用于电子束焊接过程中温度分布的预测

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摘要

In the present paper, neural network-based expert systems have been developed for online predictions of temperature distributions on electron beam-welded plates. Finite element method is a popular tool to carry out this analysis. However, this analysis could be time consuming, and the obtained results might be dependent on a number of mesh parameters, namely shaping ratio, number of element divisions, and others. Thus, an expert system might be necessary for making online predictions of temperature distributions in welding after considering the said uncertainties. Neural network-based expert systems have been developed using the data collected through finite element analysis, and their performances are compared on some test cases. Once trained, the neural network-based expert systems could make the predictions in a fraction of a second.
机译:在本文中,已经开发了基于神经网络的专家系统,用于在线预测电子束焊接板上的温度分布。有限元法是进行这种分析的一种流行工具。但是,这种分析可能很耗时,并且获得的结果可能取决于许多网格参数,即整形比,单元划分的数量等。因此,在考虑了上述不确定性之后,可能需要一个专家系统来在线预测焊接中的温度分布。已经使用有限元分析收集的数据开发了基于神经网络的专家系统,并在一些测试案例中比较了它们的性能。一旦经过训练,基于神经网络的专家系统就可以在不到一秒钟的时间内做出预测。

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