A quadratic rotatable design with 3 factors and 5 levels for each factor was used to optimize the parameters of the dimpled surfaces.
利用3因素5水平的二次旋转设计，对排列在旋成体后部的仿生凹坑表面参数进行优化。
Initial review study identified the central composite rotatable design (CCRD) method as an appropriate method for efficient experiment design within the context of response surface calibration.
初步的预分析结果表明，中心复合旋转设计方法可以满足本项目的精度要求，而且具有相当高的工作效率，所以该试验设计方法被采用。
Initial review study identified the central composite rotatable design (CCRD) method as an appropriate method for efficient experiment design within the context of response surface calibration.
初步的预分析结果表明，中心复合旋转设计方法可以满足本项目的精度要求，而且具有相当高的工作效率，所以该试验设计方法被采用。
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