應用田口方法最佳化金屬研磨加工品質與碳排放量之實證研究

Abstract

中文摘要 本次研究主要參考王霈穎於2023年發表之論文「應用田口方法最佳化金屬研磨加工品質與碳排放量」。該論文提及到，受到全球暖化的影響，極端氣候變遷逐漸出現各國紛紛以降低碳排放為目標，有鑒於此歐盟制定碳關稅政策，將針對高碳排產品收取碳稅。其中金屬加工產業即屬於高碳排之產業且因勞動人口老化，老師傅們逐漸退出工廠，使得產品加工之品質受到影響。因此原論文希望在維持產品加工品質的同時降低碳排放量。而本研究基於使用論文數據集，應用田口方法實驗設計流程再次檢視其正確性，並利用Minitab統計軟體驗證實驗數據進行分析。最後再將本研究之實驗結果與該論文之實驗分析結果進行比較，總結差異。

Abstract This study primarily references the paper "Optimization of Metal Grinding Process Quality and Carbon Emissions Using Taguchi Method" published by Wang Pei-Ying in 2023. First, the research background and motivation of the paper are introduced. With the impact of global warming, extreme climate changes are gradually emerging, and countries are aiming to reduce carbon emissions. In view of this, the European Union has formulated a carbon tariff policy to levy carbon taxes on high-carbon products. The metal processing industry is one such high-carbon industry. Additionally, the aging workforce and the gradual retirement of skilled workers have affected the quality of product processing. Therefore, the original paper aims to reduce carbon emissions while maintaining product processing quality. Next, this study uses the Taguchi method and Minitab statistical software to analyze the experimental data from the referenced paper. Finally, the experimental results of this study are compared with the experimental analysis results of the original paper, and the differences are summarized.