臺灣博碩士論文加值系統

謝誌
目錄
圖目錄
表目錄
第一章、緒論
1.1研究背景
1.2研究動機與目的
第二章、文獻探討
2.1 高分子複合材料反應壓力容器系統需求
2.1.1 ASME BPVC壓力容器規範
2.1.2 ASME BPVC規範應用
2.2 壓力容器設計製造
2.2.1 DBR設計方法
2.2.2 FEM分析
2.2.3 DFMA設計方法
2.3 製程參數最佳化
2.3.1 QFD品質機能展開
2.3.2 APQP先期產品品質規劃
2.3.3 DOE實驗設計與MSA測量系統分析
2.3.4 AHP層級分析法
2.3.5 SPC統計製程控管
第三章、實驗流程建置
3.1 研究方法與架構
3.2 預期成果
第四章、設備開發流程
4.1 以AHP建構設計評估
4.2 設計參數與流程
4.2.1 設計參數
4.2.2 設計流程
4.3 設計要點
4.3.1 標準化設計流程
4.3.2 壓力反應容器設計方法
4.4 設計初步分析結果
4.4.1 應力應變分析-動態
4.4.2 應力應變分析-靜態
4.4.3 熱傳效率分析
4.4.4 分析驗證結果
4.5 加工製造流程
4.5.1 反應壓力容器材料選用
4.5.2 反應壓力容器加工
4.6 電控與監測設備
4.6.1 電控設備配置
4.6.2 監測系統與感測
第五章、驗證設計方法與分析
5.1 設計驗證
5.1.1 DOE以田口直交表做為最佳化驗證
5.1.2 田口直交表設定
5.1.3 田口結果與分析
5.1.4 最佳化結果
5.2 Gage R&R重複性與再現性應用分析
5.2.1 Gage R&R 變異數分析
5.2.2 Gage R&R系統分析結果
5.3 設計與結果驗證
5.3.1 反應壓力容器最佳化製程參數
5.3.2 最佳化反應驗證
第六章、結論
6.1 結果與討論
6.2 未來發展
6.3 學術貢獻
參考文獻

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