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The study on the optimization of injection molding process parameters with gray relational analysis

机译:灰关联分析优化注塑工艺参数的研究。

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This paper studies the optimization of injection molding process parameters by using the gray relational analysis method.Nine experimentla runs based on Taguchi method's orthogonal arrays are studied to pick the best factor level condition.The mechanical properties of yield stress and elongation are selected to be the target of quality.The factor levels are assessed according to the chosen two mechanical properties.Thedegree of influence that the controllable process factors exert on the mechanical properties is studied by investigating the correlation between them.From the analysis of gray relational grade matrix,the most influential process factor and themost easily influenced mechanical property can be picked.It is found tha tthe melt temperature is the most influential factor to mechanicla properties of bothyield stress and elongation.The yield stress is more easily influenced by those factors than the elongation is.The sequence of hte importance that the controllable factors affect the yield sress is slightly different from it for the elongation,but the melt temperature is still the most imporant factor.
机译:本文采用灰色关联分析法对注塑工艺参数进行了优化研究。以田口法的正交试验为基础,进行了九次试验,以选择最佳的因子水平条件。选择屈服应力和伸长率的力学性能为最佳。根据所选的两个力学性能评估因子水平。通过研究它们之间的相关性,研究可控过程因素对力学性能的影响程度。从灰色关联度矩阵分析中,可以选择影响最大的工艺因素和最容易影响的机械性能。发现熔体温度是对屈服应力和伸长率的力学性能影响最大的因素。屈服应力比伸长率更容易受到这些因素的影响。可控因素影响重要性的顺序屈服强度与伸长率略有不同,但熔体温度仍然是最重要的因素。

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