2) weighted linear response surface
加权线性响应面法
1.
To estimate failure probability of nonlinear implicit limit state function, a support vector machine (SVM) method is presented in conjunction with weighted linear response surface method (WLRSM).
针对估算非线性隐式极限状态函数的失效概率问题,提出了一种基于加权线性响应面法的支持向量机可靠性分析方法。
3) weighted nonlinear response surface method
加权非线性响应面法
1.
For dynamic reliability sensitivity analysis of stochastic structures under random excitations,a new dynamic reliability sensitivity assessment method is presented on the basis of the weighted nonlinear response surface method.
对于随机激励下随机结构动力可靠性的灵敏度分析问题,在加权非线性响应面法的基础之上建立了随机结构动力可靠性灵敏度分析方法。
4) Nonlinear weighted response surface method
非线性加权响应面法
5) double response surface method
双响应曲面方法
1.
Based on the analysis and comparison of these two methods,the paper presents a double response surface method to combine RSM and Taguchi Methods in order to make use of the advantages of RSM and Taguchi Methods.
本文在对两种方法的优缺点分析比较的基础上 ,提出了运用双响应曲面方法将 RSM和田口方法结合起来 ,实现优势互补 ,以期能更有效地改进产品 /过程质量。
6) orthogonal and rotatable design
双曲面响应法
1.
This paper intend to increase the effciency of the prediction of the Response Surface by applying orthogonal and rotatable design in Dural Respones Surface Methodology.
本文通过正交旋转设计和计算机模拟噪声因子变化来提高双曲面响应法的精度并对两种方法应用结果进行比较 ,说明田口参数设计仍具有实践和方法论的启发意
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