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Improved response surface method for anti-slide reliability analysis of gravity dam based on weighted regression

机译:基于加权回归的重力坝抗滑可靠性分析的改进响应面方法

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The aim of this study was to design and construct an improved response surface method (RSM) based on weighted regression for the anti-slide reliability analysis of concrete gravity dam. The limitation and lacuna of the traditional RSM were briefly analyzed. Firstly, based on small experimental points, research was devoted to an improved RSM with singular value decomposition techniques. Then, the method was used on the basis of weighted regression and deviation coefficient correction to reduce iteration times and experimental points and improve the calculation method of checking point. Finally, a test example was given to verify this method. Compared with other conventional algorithms, this method has some strong advantages: this algorithm not only saves the arithmetic operations but also greatly enhances the calculation efficiency and the storage efficiency.
机译:本研究的目的是基于混凝土重力坝抗滑可靠性分析的加权回归来设计和构建改进的响应面法(RSM)。简要分析了传统RSM的限制和LELUNA。首先,基于小实验点,研究了具有奇异值分解技术的改进的RSM。然后,该方法基于加权回归和偏差系数校正来减少迭代时间和实验点,提高检查点的计算方法。最后,给出了一个测试示例来验证这种方法。与其他传统算法相比,该方法具有一些强大的优点:该算法不仅可以节省算术运算,还可以大大提高计算效率和存储效率。

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