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Artificial Neural Networks in Advanced Thermoset Matrix Composite Manufacturing

机译:高级热固性矩阵复合制造中的人工神经网络

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Autoclave curing is a common practice to manufacture high temperature thermoset matrix composites. The cycle design and optimization of the temperature-time curve is a key issue for a competitive production. In this paper artificial neural networks (ANN), as a technique of artificial intelligence, were used for prediction of the composite temperature profile during the autoclave curing process. Different neural network models have been investigated regarding their capabilities for prediction of the composite temperature profile. The new neural network model has been developed able to predict the composite temperature profile in the wide range of manufacturing conditions changing.
机译:高压釜固化是制造高温热固性基质复合材料的常见做法。 温度时间曲线的循环设计和优化是竞争性生产的关键问题。 在本文中,作为一种人工智能技术,人工神经网络(ANN)用于预测高压釜固化过程中的复合温度曲线的预测。 已经研究了不同的神经网络模型,关于它们对复合温度谱预测的能力。 新的神经网络模型已经开发出能够在各种各样的制造条件下预测复合温度曲线。

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