与传统多项式响应面的构造方法一致，通过最小化偏差平方和法求解各项待定系

与传统多项式响应面的构造方法一致，通过最小化偏差平方和法求解各项待定系数，并利用该改进的响应面模型开展机电产品耦合性能多学科优化。

結果 (英文) 1:

With the traditional structure of polynomial response surface methods, by minimizing the sum of squares of deviation method of undetermined coefficients, and the improved response surface model for coupling performance of multidisciplinary design optimization of mechanical and electrical products.

結果 (英文) 3:

The method is consistent with the traditional method of polynomial response surface, and the optimization of mechanical and electrical products is carried out by minimizing the square sum method and the improved response surface model.