| 1. | The application of uniform experimental design to configuration design of hypersonic aircraft
均匀试验设计法在高超声速飞行器外形设计中的应用 |
| 2. | In this paper , we analyze the variations of sheet metal assembly according to the method of orthogonal design
同时，利用正交试验设计法对薄板的装配偏差进行正交分析。 |
| 3. | The combined experiment design method is proposed after comparing and contrasting the orthogonal design method and the uniform design method
比较了正交设计与均匀设计两种试验设计方法，提出了能发挥其各自优点的联合试验设计法。 |
| 4. | The orthogonal design and least square methods were used to fit the response surface , and the optimal one was obtained by the numerical optimization program dot
根据正交试验设计法安排每个试验点，最小二乘法拟合响应面，利用dot程序得到该响应面的最优值。 |
| 5. | The orthogonal test was used to arrange experiments to sift the chemical reagents using the recovery of iodine by solvent flotation , and twice revolve test was used to arrange experiments to select technology conditions
摘要在本实验研究中，采用正交试验设计方法组织实验，对溶剂浮选用药品进行筛选；采用二次旋转回归试验设计法组织实验以确定较优的工艺条件。 |
| 6. | Application of the combined experiment design method to ethanol - water system has shown it ' s able to use for determination of the appropriate conditions for salt effect in extractive distillation with salt of binary close boiling or azeotropic mixtures
联合试验设计法在乙醇-水体系的应用表明：该法可用于二元共沸、近沸体系的加盐萃取精馏过程中盐效应适宜条件的确定。 |
| 7. | The proposed method contains two main parts : one part is determination of the noncontinuous factors by the orthogonal design method and the other is determination of the continuous factors by the uniform design method
联合试验设计法主要分为：用正交试验设计法确定非连续性因素及其在备选水平中的适宜水平，以及用均匀试验设计确定连续性因素及其备选水平中适宜的水平范围两部分。 |
| 8. | Under the appropriate conditions of sampling equipment of gas chromatographic headspace analysis , determine a suitable salt and a suitable extracting solvent by the orthogonal design method , then determine the fitting feed composition of ethanol - water mixture , the fitting distribution between extracting solvent and mixture , and the fitting salt concentration by the uniform design method
在对建立的顶空气相色谱采样装置的操作条件进行优化之后，先用正交试验设计法确定非连续性因素盐和萃取剂及其在备选水平中的适宜水平，再用均匀试验设计确定连续性因素乙醇的进料浓度、萃取剂配比和加盐量及其备选水平中适宜的水平范围。 |
| 9. | Firstly , samples are determined by experimental design methods and size optimization of the structures corresponding to the samples is executed with nastran . secondly , an approximation model ( surrogate model ) based on the samples is derived using kriging method . thirdly , the optimal locations of structural elements are found by genetic algorithms ( ga ) because genetic algorithms can find global optimal solutions of surrogate model easily
基本思路是利用试验设计法选取样本点，并对样本点对应的结构进行尺寸优化，然后根据样本点和优化结果建立代理模型，再利用遗传算法求出设计变量最优解，进而得到结构最优解。 |
| 10. | Orthogonal experimental design method was compared with genetic algorithm for hunting out optimum values , and an optimum method of orthogonal - genetic algorithm testing method that was applicable in greater design variables and unmanageable fit function was presented , and was applied to optimal design of the mechanism and to obtain the optimum scheme of the mechanism ' s geometrical dimensions
对正交试验设计法和遗传算法的寻优算法进行分析比较，提出一种设计变量多且适应度函数难求的正交遗传试验法的优化方法，将这种方法应用于机构的优化设计中，获得优化工作空间性能的结构参数方案。 |
