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Weld Pool Surface Model Establishment for GTAW Based on 3D Reconstruction Technology

机译:基于3D重构技术的GTAW焊池表面模型的建立。

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In Gas Tungsten Arc Welding (GTAW) process, weld pool contains information that can be used to establish process model, realize desired penetration control and study the weld pool characteristic. Hence, various sensing methods are used to sense weld pool status. At the same time, many researches are conducted to establish the weld process model, and obtain desired weld process control. In this paper, a three dimensional weld pool sensing system was introduced, and the image processing, weld pool reconstruction results were presented. Then, based on the reconstructed 3D weld pool geometry, an artificial neural network (ANN) model was established to describe the weld pool geometry. Simulation results show that the ANN model can reflect weld pool geometry accurately, which will benefit the GTAW process analysis and control.
机译:在气体钨极电弧焊(GTAW)过程中,焊缝包含可用于建立过程模型,实现所需的熔深控制和研究焊缝特性的信息。因此,各种感测方法被用于感测焊池状态。同时,进行了许多研究来建立焊接过程模型,并获得所需的焊接过程控制。介绍了三维熔池传感系统,并对其图像处理,熔池重建结果进行了介绍。然后,基于重建的3D焊池几何形状,建立了一个人工神经网络(ANN)模型来描述焊池几何形状。仿真结果表明,人工神经网络模型能够准确反映熔池的几何形状,这将有利于GTAW工艺的分析和控制。

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