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An approach to reliability analysis using the response surface method and monte carlo simulation

机译:基于响应面法和蒙特卡洛模拟的可靠性分析方法

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It is improtant in reliability evaluation to take an approach in which the required calculations can be performed efficiently in terms of time and cost. In this study, an approach is proposed whereby reliability analysis is carried out by means of Monte Carlo simulation in which the actual performance function is replaced by a function obtained using the response surface method (RSM). The common approach in the conventional RSM is to use a second-degree polynomial for the response surface function, but in many reliability problems this may not be the best choice. This paper first reviews the approaches and limitations of reliability methods, and then goes on to discuss a method of modelling error when using the response surface method for reliability analysis. It shows the errors obtained for different response functions under different circumstances, and then describes the application of a network-based analysis system to reliability problems.
机译:在可靠性评估中,采用一种可以在时间和成本上高效执行所需计算的方法至关重要。在这项研究中,提出了一种通过蒙特卡洛模拟进行可靠性分析的方法,其中实际性能函数被使用响应面法(RSM)获得的函数代替。传统RSM中的常用方法是对响应曲面函数使用二次多项式,但是在许多可靠性问题中,这可能不是最佳选择。本文首先回顾了可靠性方法的方法和局限性,然后讨论了使用响应面法进行可靠性分析时的误差建模方法。它显示了在不同情况下针对不同响应函数获得的错误,然后描述了基于网络的分析系统在可靠性问题上的应用。

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