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Failure rate analysis of jaw crusher using artificial neural network

机译:基于人工神经网络的颚式破碎机失效率分析

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Crusher is the primary equipment which is employed for comminuting the mineral in processing plants. Hence, any kind of failure of equipment will accordingly hinder the performance of the plant Therefore, to minimize sudden failures, proper brainstorming needs to be done to improve performance and operational reliability of jaw crushers. This paper considers the methods for analysing failure rates of jaw crusher through 2-parameter Weibull distribution using ANN (Artificial Neural Network). 40 numbers of Weibull distribution parameters are evaluated to examine R2 (Regression coefficient) using ANN. ANN multilayer perceptron model constructed with back-propagation algorithm using shape, scale and time parameters as input and failure rate as an output from Weibull distribution.
机译:破碎机是用于粉碎加工厂矿物的主要设备。因此,任何类型的设备故障都会相应地影响工厂的性能。因此,为了最大程度地减少突发故障,需要进行适当的头脑风暴来提高颚式破碎机的性能和操作可靠性。本文考虑了使用ANN(人工神经网络)通过2参数威布尔分布分析颚式破碎机故障率的方法。使用ANN对40个数量的Weibull分布参数进行评估,以检查R2(回归系数)。使用形状,比例和时间参数作为输入,而失效率作为威布尔分布的输出,采用反向传播算法构造的ANN多层感知器模型。

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