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高合金鋼管線冷作彎管工法降低應力集中與 EPC 專案保險風險之關聯性研究 : 以 ASME B31J 規範與 P91/P92 高壓蒸氣系統為評估基礎 (A Study on the Correlation Between Stress Concentration Mitigation via Cold Bending of High-Alloy Steel Piping and EPC Project Insurance Risks: An Evaluation Based on ASME B31J Code and P91/P92 High-Pressure Steam Systems)

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副標題： CCPP EPC 專案利潤保全與風險轉嫁之極大化戰略——潁璋工程冷作彎管「三合一工法」應用利基分析( […]

高合金鋼管線冷作彎管工法降低應力集中與 EPC 專案保險風險之關聯性研究 : 以 ASME B31J 規範與 P91/P92 高壓蒸氣系統為評估基礎 (A Study on the Correlation Between Stress Concentration Mitigation via Cold Bending of High-Alloy Steel Piping and EPC Project Insurance Risks: An Evaluation Based on ASME B31J Code and P91/P92 High-Pressure Steam Systems) 閱讀全文 »

總部戰略決策報告：打破組織路徑依賴與極大化 EPC 專案投資回報 — 以因應 ASME 新規範之先進冷作彎管工法導入為例 (Headquarters Strategic Decision Report: Breaking Organizational Path Dependence and Maximizing EPC Project Return on Investment — A Case Study on Implementing Advanced Cold Bending Techniques to Comply with New ASME Standards)

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摘要 在當前全球能源結構轉型的背景下，大型統包工程（Engineering, Procurement, and

總部戰略決策報告：打破組織路徑依賴與極大化 EPC 專案投資回報 — 以因應 ASME 新規範之先進冷作彎管工法導入為例 (Headquarters Strategic Decision Report: Breaking Organizational Path Dependence and Maximizing EPC Project Return on Investment — A Case Study on Implementing Advanced Cold Bending Techniques to Comply with New ASME Standards) 閱讀全文 »

CCPP高能管線採用冷作彎管來取代非常態性銲接彎頭角度 : ASME B31J 應力分析、品質風險與總成本效益評估 (Replacing Non-Standard Welded Elbow Angles with Cold Bends in CCPP High Energy Piping: ASME B31J Stress Analysis, Quality Risk, and Total Cost-Benefit Analysis)

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一、緒論與研究背景 隨著全球對高效能、低排放能源需求的日益增加，複循環發電廠（Combined Cycle P

CCPP高能管線採用冷作彎管來取代非常態性銲接彎頭角度 : ASME B31J 應力分析、品質風險與總成本效益評估 (Replacing Non-Standard Welded Elbow Angles with Cold Bends in CCPP High Energy Piping: ASME B31J Stress Analysis, Quality Risk, and Total Cost-Benefit Analysis) 閱讀全文 »

ASME B31.1/B31J 動力管線成型機制與冶金策略演進：P91 熱彎急冷風險、階梯式應變率解耦與三合一冷作之實務效益 (Evolution of Forming Mechanisms and Metallurgical Strategies in ASME B31.1/B31J Power Piping: P91 Hot Bending Quenching Risks, Stepwise Strain Rate Decoupling, and Practical Benefits of 3-in-1 Cold Forming)

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摘要 隨著全球能源轉型與電力系統對於基載穩定能力的要求日益嚴苛，採用先進 H 級燃氣輪機的天然氣複循環發電廠（

ASME B31.1/B31J 動力管線成型機制與冶金策略演進：P91 熱彎急冷風險、階梯式應變率解耦與三合一冷作之實務效益 (Evolution of Forming Mechanisms and Metallurgical Strategies in ASME B31.1/B31J Power Piping: P91 Hot Bending Quenching Risks, Stepwise Strain Rate Decoupling, and Practical Benefits of 3-in-1 Cold Forming) 閱讀全文 »

基於 ASME B31J 規範之 P91/P92 高強度合金冷作彎管工法應力解析與 PBHT 最佳化研究：以 M501JAC 機組為例 (Stress Analysis and PBHT Optimization of P91/P92 High-Strength Alloy Cold-Bent Piping Based on ASME B31J: A Case Study of the M501JAC Unit)

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摘要 在全球能源轉型與淨零碳排宏觀政策的驅動下，現代複循環發電廠（Combined Cycle Power P

基於 ASME B31J 規範之 P91/P92 高強度合金冷作彎管工法應力解析與 PBHT 最佳化研究：以 M501JAC 機組為例 (Stress Analysis and PBHT Optimization of P91/P92 High-Strength Alloy Cold-Bent Piping Based on ASME B31J: A Case Study of the M501JAC Unit) 閱讀全文 »

ASME B31.1/B31J規範下高強度合金熱處理循環時間之極限值研究：  以 P91/P92 管線為例 (Study on the Limits of Heat Treatment Cycle Times for High-Strength Alloys Under ASME B31.1/B31J:   A Case Study of P91/P92 Piping)

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摘要 在全球超超臨界（Ultra-Supercritical, USC）與先進超超臨界（A-USC）火力發電廠

ASME B31.1/B31J規範下高強度合金熱處理循環時間之極限值研究：  以 P91/P92 管線為例 (Study on the Limits of Heat Treatment Cycle Times for High-Strength Alloys Under ASME B31.1/B31J:   A Case Study of P91/P92 Piping) 閱讀全文 »

1.0D套銲彎頭、1.5D對接銲彎頭與3D、5D冷作彎管對於下流處銲道沖蝕風險分析報告 (Analysis Report on Downstream Weld Erosion Risk: A Comparison of 1.0D Socket Weld Elbows,1.5D Butt Weld Elbows, and 3D/5D Cold Bends)

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摘要 本研究報告旨在針對工業管線系統（Process Piping）中三種關鍵的彎管幾何構型——1.0D 短半

1.0D套銲彎頭、1.5D對接銲彎頭與3D、5D冷作彎管對於下流處銲道沖蝕風險分析報告 (Analysis Report on Downstream Weld Erosion Risk: A Comparison of 1.0D Socket Weld Elbows,1.5D Butt Weld Elbows, and 3D/5D Cold Bends) 閱讀全文 »

管線工程中「剛體悖論」之物理底線考量與 EPC 實務效益分析 : 基於 ASME B31J 規範之研究 (Physical Baseline Considerations of the ‘Rigid Body Paradox’ in Piping Engineering and Practical EPC Benefit Analysis: A Study Based on the ASME B31J Code)

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摘要 在現代工業設施如複循環發電廠（CCPP）、核能電廠及石化煉油廠中，管線系統不僅需承受極端的高溫高壓，還必

管線工程中「剛體悖論」之物理底線考量與 EPC 實務效益分析 : 基於 ASME B31J 規範之研究 (Physical Baseline Considerations of the ‘Rigid Body Paradox’ in Piping Engineering and Practical EPC Benefit Analysis: A Study Based on the ASME B31J Code) 閱讀全文 »

兼顧空間限制與系統可靠度之管線佈置最佳化：冷作彎管與 1.5D 彎頭之混合策略配置探討__以 CCPP 建廠為主軸 (Piping Layout Optimization Balancing Space Constraints and System Reliability: A Study on the Hybrid Strategic Configuration of Cold Bends and 1.5D Elbows in CCPP Construction)

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一、 緒論 在全球能源結構急遽轉型與深度減碳的政策驅動下，現代天然氣複循環發電廠（Combined Cycle

兼顧空間限制與系統可靠度之管線佈置最佳化：冷作彎管與 1.5D 彎頭之混合策略配置探討__以 CCPP 建廠為主軸 (Piping Layout Optimization Balancing Space Constraints and System Reliability: A Study on the Hybrid Strategic Configuration of Cold Bends and 1.5D Elbows in CCPP Construction) 閱讀全文 »

ASME B31.1/B31J規範下高強度合金熱處理循環時間之極限值研究：以 P91/P92 管線為例 (Study on the Limits of Heat Treatment Cycle Times for High-Strength Alloys Under ASME B31.1/B31J: A Case Study of P91/P92 Piping)

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摘要 在全球超超臨界（Ultra-Supercritical, USC）與先進超超臨界（A-USC）火力發電廠

ASME B31.1/B31J規範下高強度合金熱處理循環時間之極限值研究：以 P91/P92 管線為例 (Study on the Limits of Heat Treatment Cycle Times for High-Strength Alloys Under ASME B31.1/B31J: A Case Study of P91/P92 Piping) 閱讀全文 »

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