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Pattern Search Method and Artificial Neural Network Prediction of Double Ellipsoid Heat Source of Submerged Arc Welding

机译:图案搜索方法和浸没电弧焊双椭球热源的人工神经网络预测

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For the selection of the double ellipsoid heat source parameters, the thermal cycle of different process was measured and compared with the simulation result. The experimental results were according to the actual conditions and the simulation results were obtained by finite element method. The sensitivity of heat source parameters was discussed. Pattern search method was used to obtain the most accurate parameters corresponding to the specific process. By summarizing all of the processes of experiment, the relationship between the experimental process parameters and the corresponding double ellipsoid heat source parameters was obtained. The artificial neural network algorithm was applied to predict the relationship between all possible process and the double ellipsoid heat source parameters. The verification experiment showed that the prediction model was accurate.
机译:为了选择双椭球热源参数,测量不同过程的热循环并与模拟结果进行比较。实验结果是根据实际条件,通过有限元方法获得模拟结果。讨论了热源参数的灵敏度。模式搜索方法用于获得对应于特定过程的最准确的参数。通过总结所有实验过程,获得了实验过程参数与相应的双椭球热源参数之间的关系。应用人工神经网络算法以预测所有可能过程与双椭球热源参数之间的关系。验证实验表明预测模型是准确的。

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