响应面设计用来在这些研究中收集数据。
Response surface designs are used to collect data in these studies.
结果表明：基于响应面模型的稳健设计是提高微电机质量的一种有效途径。
The results shows that robust design based on response surface methodology is a promising approach to improve the quality of the micro-motor.
将响应面方法计算的位移对设计变量的敏度与莫尔积分方法的近似显式进行了对比。
The sensitivity of displacement with respect to design variables was compared to the approximate explicit form given by Mohr integration.
基于不同的样本数，用响应面方法寻求的最佳设计点在大致相同的区域，而且与CFD分析结果相比误差很小。
The optimum design points with RSM based on different samples are almost in the same area and there is little error compared with the CFD result.
最后用中心组合设计和响应面分析法，确定了主要影响因子的浓度。
Finally, the concentrations of key components were confirmed by central composite design and response surface methodology.
呈现了通过设计冲击负载下杆面和主体的弹性和动态响应来控制球旋转的多个实施例。
Several embodiments are presented for controlling ball spin through design of the elastic and dynamic response of the face and body under impact loading.
在单因素试验基础上，利用二因素中心组合设计原理及响应面法分析建立二次回归模型。
Based on the results of single-factor experiments, a quadratic regression model was established with the help of two factors central composite experimental design and the response surface method.
通过响应面近似模型的优化，完成了高超声速巡航飞行器的多学科设计优化。
The response surface approximation models are used to replace the original complex vehicle performance model, the optimization is conducted using a sequential quadratic programming algorithm.
采用响应面法设计优化实验。
Response surface methodology design was used to design and evaluate the experiment.
分别考察了豆粕水分含量、加热时间和温度等单因素变化对豆粕中残余酶活的影响，并在此基础上设计了响应面实验进行参数的优化。
The effect of factors, such as water content in meal, heating time and temperature, on enzyme activity and nitrogen solubility index were investigated, respectively.
首先通过一系列样本点有限元试验结果建立目标函数和设计变量的神经网络响应面模型。
A response surface using artificial neural network is formed on the ground of initial finite element experiments.
首先通过一系列样本点有限元试验结果建立目标函数和设计变量的神经网络响应面模型。
A response surface using artificial neural network is formed on the ground of initial finite element experiments.
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