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Critical hydraulic pressure forecasting of water inrush in coal seam floors based on a genetic algorithm-neural network

机译:基于遗传神经网络的煤层底板突水临界压力预报。

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摘要

Water inrush in coal mines is induced by the imbalance of the groundwater flow field and the engineering geo-mechanics field. Therefore, to prevent water inrush it is important to predict the critical hydraulic pressure of water inrush in coal seam floors. This paper will investigate a method for conducting theoretical forecasting of the critical hydraulic pressure of water inrush in coal seam floors by adopting the combination method of a genetic algorithm-neural network. First, the topology structure of a neural network (NN) based on genetic algorithms (GA) will be determined and then the critical pressure of water inrush in a coal seam floor using the chosen NN will be predicted. Finally, theoretical forecasting results will be compared with actual measurement results to determine the feasibility and applicability of this method.
机译:地下水渗流场与工程地质力学场的不平衡是导致煤矿突水的原因。因此,为了防止涌水,重要的是预测煤层底板中涌水的临界水压。本文将采用遗传算法-神经网络相结合的方法,对煤层底板突水临界水力进行理论预测。首先,将确定基于遗传算法(GA)的神经网络(NN)的拓扑结构,然后将使用所选的NN预测煤层底板突水的临界压力。最后,将理论预测结果与实际测量结果进行比较,以确定该方法的可行性和适用性。

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