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ANFIS approach to the scour depth prediction at a bridge abutment

机译:ANFIS方法在桥基冲深预测中的应用

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An accurate estimation of the maximum possible scour depth at bridge abutments isnof paramount importance in decision-making for the safe abutment foundation depth andnalso for the degree of scour counter-measure to be implemented against excessive scouring.nDespite analysis of innumerable prototype and hydraulic model studies in the past, the scourndepth prediction at the bridge abutments has remained inconclusive. This paper presents annalternative to the conventional regression model (RM) in the form of an adaptive network-basednfuzzy inference system (ANFIS) modelling. The performance of ANFIS over RM and artificial neuralnnetworks (ANNs) is assessed here. It was found that the ANFIS model performed best amongnof these methods. The causative variables in raw form result in a more accurate predictionnof the scour depth than that of their grouped form.
机译:准确估计桥基处最大可能冲刷深度对于安全基台基础深度的决策至关重要,对于防止过度冲刷的冲刷对策程度也至关重要。过去,桥台的冲刷深度预测尚无定论。本文以自适应的基于网络的模糊推理系统(ANFIS)建模的形式介绍了传统回归模型(RM)的另一种形式。在这里评估了ANFIS在RM和人工神经网络(ANN)上的性能。发现在这些方法中,ANFIS模型表现最佳。与分组形式相比,原始形式的因果变量可以更准确地预测冲刷深度。

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