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Forecasting of the Holes Shape Accuracy of Thin-Walled Body Parts Through the Application of Artificial Neural Networks

机译:通过人工神经网络应用预测薄壁体部件的孔形精度

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In this paper is proposed a method to predict deviations of accuracy of a basic shape of holes due to a thermal deformation (TD) at the design stage of the technological process. Proposed method of control of technological process consists of two stages: the first stage (auxiliary) is based on the finite element method (FEM), the second (main)-on the modeling of artificial neural network (Ann). In this paper is developed an algorithm of calculation of input and output parameters of the network using LS-DYNA. A structure of the Ann to predict and to adjust a trajectory of a movement of a tool at the preparation stage of the technological process for work pieces included in group process is invented in this article.
机译:在本文中,提出了一种预测由于技术过程的设计阶段的热变形(TD)引起的基本形状的偏差偏差的方法。所提出的技术过程的方法包括两个阶段:第一阶段(辅助)基于有限元方法(FEM),第二(主要) - 响起人工神经网络的建模(ANN)。本文使用LS-DYNA开发了一种计算网络输入和输出参数的算法。在本文中发明了在本文中发明了在本文中的工艺工艺的制备阶段进行预测和调节工具的运动的轨迹的结构。

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