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Artificial Intelligence Predicts Body-Centered-Cubic and Face-Centered-Cubic Phases in High-Entropy Alloys

机译:人工智能在高熵合金中预测身体中心立方体和面对面的立方阶段

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摘要

For the first time, an artificial intelligence approach, the adaptive neuro fuzzy interface system (ANFIS), has been used for phase predictions in high-entropy alloys. The phase predictions were carried out using two different approaches. The first one was constructed using the composition of elements as the input parameters. The second one was constructed using six parameters, which are found to be crucial in the formation of these alloys. The accuracy of these models was verified using a testing dataset and was found to be 84.21% and 80%, respectively. The discussion demonstrates the application of ANFIS for designing these alloys.
机译:首次,人工智能方法,自适应神经模糊界面系统(ANFIS)已被用于高熵合金中的相位预测。 使用两种不同的方法进行相位预测。 第一个由元素的组成作为输入参数构造。 第二个是使用六个参数构建的,该参数被发现在这些合金的形成中至关重要。 使用测试数据集进行了这些模型的准确性,发现分别为84.21%和80%。 讨论表明ANFIS用于设计这些合金的应用。

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