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Neural network method for probabilistic safety assessment of flawed weld structures

机译:缺陷焊接结构的概率安全评估神经网络方法

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Based on the mapping theorem of multi-layer neural network, an artificial neural network(ANN) model of pressure vessel probabilistic safety assessment (PSA) based on the two criterion analysis method is established with the consideration of the parameters' randomness. Orthogonal test is used to acquire the training samples and testing samples, the trained ANN combined with Monte-Carlo method is used to calculate the failure probability. Comparing the results calculated by this method with the results by direct Monte-Carlo method in engineering application, it can be proven that this method is an efficient approach to realize the intelligent assessment for the PSA of structure integrity.
机译:基于多层神经网络的映射定理,基于参数的随机性建立了基于三个标准分析方法的压力容器概率安全评估(PSA)的人工神经网络(PSA)。正交测试用于获取训练样本和测试样品,培训的ANN与Monte-Carlo方法组合用于计算故障概率。通过在工程应用中直接Monte-Carlo方法通过直接Monte-Carlo方法进行比较,可以证明这种方法是实现结构完整性PSA智能评估的有效方法。

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