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THE STUDY FOR TAGUCHI METHOD ON THE DESIGN OF CORE PLATE AND SUPPORT PILLAR

机译:Taguchi方法研究芯板设计与支柱

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This study explored the structural characteristics of the entire mold in the plastic injection molding process, conducted experiments by changing the core plate thickness, number and position of support pillars, and measured the strain value of the core plate deformation during the injection molding process using a strain gauge. In addition, by combining CAE (Computer Aid Engineering) software, this study verified the experimental and simulated trends' accuracy before adding the Taguchi method for the analysis of the simulated experimental design planning. This study used CAE to analyze the deformation of core plate under different parameters and studied the core plate thickness optimization and support pillar effectiveness without damaging the plastic mold to further enhance the overall mold design.
机译:本研究探讨了塑料注射成型工艺中整个模具的结构特性,通过改变支撑柱的芯板厚度,数量和位置进行实验,并使用a测量注塑过程中的芯板变形的应变值应变仪。此外,通过组合CAE(计算机辅助工程)软件,本研究验证了实验和模拟趋势的准确性,然后添加了模拟实验设计规划的TAGUCHI方法。本研究使用CAE分析了不同参数下芯板的变形,并研究了芯板厚度优化,并支撑柱的效果,而不会损坏塑料模具,进一步增强整体模具设计。

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