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題名:應用創新者DNA研發紀念幣之製程設計
作者:尤麒熊
作者(外文):You,Ci-Syong
校院名稱:國立彰化師範大學
系所名稱:工業教育與技術學系
指導教授:陳狄成
學位類別:博士
出版日期:2018
主題關鍵詞:創新者DNA破壞性創新層級分析法後設分析田口方法Innovator DNADestructive InnovationHierarchical AnalysisMeta AnalysisTaguchi Method
原始連結:連回原系統網址new window
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  • 被引用次數被引用次數:期刊(0) 博士論文(0) 專書(0) 專書論文(0)
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本研究目的在探討應用創新者DNA研發紀念幣之製程設計,以創新者DNA為理論架構,首先透過聯想技巧產生疑問、觀察、社交和實驗等四種發現技巧,分析紀念幣之製程設計,並且應用破壞性創新進行疑問之發現技巧。
其次觀察TRIZ與論點思考規劃解決與聯想方式,進而藉由後設分析(Meta-analysis)為理論支撐,將期刊之結果彙整與驗證。接著應用社交技巧與專家進行座談,利用專家問卷以層級分析(AHP)分析出因子的權重,再以重要-表現程度分析法(IPA)分析因子在產業與創新相對重要程度。
最後實驗階段先以聯想層級分析法(AHP)與後設分析(Meta-analysis)將未顯著與權重低之因子刪除,應用有限元素分析結合田口方法尋找最佳組合以進行紀念幣的實作。
研究結果發現在等效應變與等效應力、胚料溫度(忽略熱傳導)、模具磨耗呈現高度顯著相關,模具溫度與胚料溫度具有交互作用的影響。另外,有限元素分析與紅銅、鋁合金實際成品比較下具有高度的媒合度,因此本研究紀念幣製程設計之研發有符合破壞性創新強調的容易、便宜、方便之原則。
The purpose of this study is to explore the process design of applying the innovator DNA to research and develop commemorative coin, the innovator DNA as the theoretical framework, firstly , through associated skills generate four discovery skills: questioning, observing, networking, and experimenting, analyzing the process design of commemorative coins and applying the destructive innovation to make questioning discovery skill.
Secondly, observe TRIZ and issue thinking to solve planning and association methods, furthermore, the meta-analysis is used as a theoretical support to summarize and verify the results of the journal. Then use social skills to discuss with experts, making use of expert questionnaires to analyze the weight of factors by AHP, moreover, through the importance-factor analysis method IPA to analyze factor is relatively important in industry and innovation.
Finally, in the experimental stage, the factors that are not significantly lower than the weight are deleted by the association level analysis method (AHP) and the meta-analysis, using finite element analysis combined with Taguchi method to find the best combination for commemorative coins.
The results show that the equivalent strain and equivalent stress, billet temperature (ignoring heat conduction), mold wear are highly correlated, in addition, the finite element analysis has a high degree of medianity compared with the actual copper and aluminum alloy products. Therefore, the research and development of the commemorative coin process design has conformd the principles of easy, cheap and convenient to meet the destructive innovation emphasis.
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