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基於 ASME B31J 規範之 P91/P92 高能蒸汽管線冷作彎管工法優勢評估：以應力強化係數 (SIF) 與流體沖蝕改善為核心 (Evaluating the Advantages of the Cold Bending Process for P91/P92 High-Energy Steam Piping Based on ASME B31J: Focusing on Stress Intensification Factor (SIF) and Fluid Erosion Mitigation)

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摘要 在現代電力工業追求極致熱效率與深度減碳的雙重驅動下，新世代複循環發電廠（Combined Cycle P […]

基於 ASME B31J 規範之 P91/P92 高能蒸汽管線冷作彎管工法優勢評估：以應力強化係數 (SIF) 與流體沖蝕改善為核心 (Evaluating the Advantages of the Cold Bending Process for P91/P92 High-Energy Steam Piping Based on ASME B31J: Focusing on Stress Intensification Factor (SIF) and Fluid Erosion Mitigation) 閱讀全文 »

複循環發電廠熱回收蒸汽產生器頻繁交變負載下的管線工程優化：CNC冷作彎管真圓度對流體沖蝕與結構穩定性之深度分析 (Optimization of Piping Engineering for Heat Recovery Steam Generators under Frequent Cyclic Loading in Combined Cycle Power Plants: An In-Depth Analysis of CNC Cold-Bent Pipe Ovality  on Fluid Erosion and Structural Stability)

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一、 摘要與緒論 在全球能源轉型的浪潮下，複循環發電廠（Combined Cycle Power Plant,

複循環發電廠熱回收蒸汽產生器頻繁交變負載下的管線工程優化：CNC冷作彎管真圓度對流體沖蝕與結構穩定性之深度分析 (Optimization of Piping Engineering for Heat Recovery Steam Generators under Frequent Cyclic Loading in Combined Cycle Power Plants: An In-Depth Analysis of CNC Cold-Bent Pipe Ovality  on Fluid Erosion and Structural Stability) 閱讀全文 »

2026版 ASME B31.1 與 B31J 規範下設計強度與安全裕度之演進：由傳統經驗法則至現代高能管線工程之思維轉移與深度分析 (Evolution of Design Strength and Safety Margins Under the 2026 ASME B31.1 and B31J Codes: An In-Depth Analysis of the Paradigm Shift from Traditional Empirical Rules to Modern High-Energy Piping Engineering)

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一、 緒論：高能管線系統的熱力學挑戰與規範典範轉移 在全球能源轉型的推展下，現代電力基礎設施正經歷劇烈的營運模

2026版 ASME B31.1 與 B31J 規範下設計強度與安全裕度之演進：由傳統經驗法則至現代高能管線工程之思維轉移與深度分析 (Evolution of Design Strength and Safety Margins Under the 2026 ASME B31.1 and B31J Codes: An In-Depth Analysis of the Paradigm Shift from Traditional Empirical Rules to Modern High-Energy Piping Engineering) 閱讀全文 »

動力管線冷作彎管之真圓度與壁厚減薄對 ASME B31J 應力係數之影響：結合彎後熱處理（PBHT）之綜合評估 (Effects of Ovality and Wall Thinning on ASME B31J Stress Intensification Factors in Cold-Bent Power Piping: A Comprehensive Evaluation Incorporating Post-Bending Heat Treatment (PBHT))

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一、 緒論 在現代化發電廠，特別是超臨界與超超臨界（Ultra-Supercritical, USC）燃氣複循

動力管線冷作彎管之真圓度與壁厚減薄對 ASME B31J 應力係數之影響：結合彎後熱處理（PBHT）之綜合評估 (Effects of Ovality and Wall Thinning on ASME B31J Stress Intensification Factors in Cold-Bent Power Piping: A Comprehensive Evaluation Incorporating Post-Bending Heat Treatment (PBHT)) 閱讀全文 »

基於 2026 年版 ASME B31.1 與 B31J 規範變革之大林 CCPP 專案「去銲接」策略：P91/P92 動力管線冷彎技術與商業壁壘分析報告 (Weld Elimination Strategy for the Dalin CCPP Project Based on the 2026 ASME B31.1 and B31J Code Revisions: An Analysis Report on P91/P92 Power Piping Cold Bending Technology and Commercial Barriers)

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摘要 在全球能源轉型與淨零碳排（Net Zero）的宏觀政策驅動下，現代電力網路的結構正經歷深遠的典範轉移。隨

基於 2026 年版 ASME B31.1 與 B31J 規範變革之大林 CCPP 專案「去銲接」策略：P91/P92 動力管線冷彎技術與商業壁壘分析報告 (Weld Elimination Strategy for the Dalin CCPP Project Based on the 2026 ASME B31.1 and B31J Code Revisions: An Analysis Report on P91/P92 Power Piping Cold Bending Technology and Commercial Barriers) 閱讀全文 »

ASME B31.1 規範中「設計者」定義之引入對大型 EPC 專案技術核可與問責機制深度影響分析 (An In-Depth Analysis of the Impact of Introducing the “Designer” Definition in ASME B31.1 on Technical Approval and Accountability Mechanisms in Large-Scale EPC Projects)

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副標題: ASME B31.1 規範第 100.2 節對設計者（Designer）定義正式引入與 ASME B

ASME B31.1 規範中「設計者」定義之引入對大型 EPC 專案技術核可與問責機制深度影響分析 (An In-Depth Analysis of the Impact of Introducing the “Designer” Definition in ASME B31.1 on Technical Approval and Accountability Mechanisms in Large-Scale EPC Projects) 閱讀全文 »

基於 ASME B31.1 與 B31J 規範之管線應力強化:各方職務與責任所在分析研究 (Piping Stress Intensification Based on ASME B31.1 and B31J Codes: An Analysis of Stakeholder Roles and Responsibilities)

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一、 緒論與工業發展背景 在現代重工業、石化產業、地熱供暖系統以及發電設施的基礎建設中，壓力管線系統（Pres

基於 ASME B31.1 與 B31J 規範之管線應力強化:各方職務與責任所在分析研究 (Piping Stress Intensification Based on ASME B31.1 and B31J Codes: An Analysis of Stakeholder Roles and Responsibilities) 閱讀全文 »

深度分析基於 ASME B31.1 與 B31J 規範之管線應力強化研究：以麥寮燃氣複循環發電廠專案為例探討「能彎盡量彎、必要時才銲」實務效益 (In-Depth Analysis of Piping Stress Intensification Based on ASME B31.1 and B31J Codes: A Case Study on the Practical Benefits of the “Bend When Possible, Weld When Necessary” Principle at the Mailiao Gas-Fired Combined Cycle Power Plant Project)

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一、 緒論：能源轉型下的高能管線挑戰與麥寮發電廠專案背景 1.1 台灣能源轉型政策與麥寮發電廠擴建 在全球能源

深度分析基於 ASME B31.1 與 B31J 規範之管線應力強化研究：以麥寮燃氣複循環發電廠專案為例探討「能彎盡量彎、必要時才銲」實務效益 (In-Depth Analysis of Piping Stress Intensification Based on ASME B31.1 and B31J Codes: A Case Study on the Practical Benefits of the “Bend When Possible, Weld When Necessary” Principle at the Mailiao Gas-Fired Combined Cycle Power Plant Project) 閱讀全文 »

ASME規範改版之管線應力分析範式轉移：強制導入 ASME B31J 之理論衝擊與工程實務應對 (Paradigm Shift in Piping Stress Analysis under ASME Code Revisions: Theoretical Impacts and Practical Engineering Responses to the Mandatory Adoption of ASME B31J)

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摘要 在工業管線系統的力學設計與應力分析領域中，ASME B31 系列規範（尤其是 B31.1 動力管線與 B

ASME規範改版之管線應力分析範式轉移：強制導入 ASME B31J 之理論衝擊與工程實務應對 (Paradigm Shift in Piping Stress Analysis under ASME Code Revisions: Theoretical Impacts and Practical Engineering Responses to the Mandatory Adoption of ASME B31J) 閱讀全文 »

2026年ASME B31.1動力管線規範應用的關鍵轉折：重大更新與工程影響深度解析 (A Critical Turning Point in 2026 ASME B31.1 Power Piping Code Applications: An In-Depth Analysis of Major Updates and Engineering Impacts)

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前言 在現代工業與能源基礎設施的發展進程中，管線系統的機械完整性與運行安全性始終是工程設計的核心命題。隨著美國

2026年ASME B31.1動力管線規範應用的關鍵轉折：重大更新與工程影響深度解析 (A Critical Turning Point in 2026 ASME B31.1 Power Piping Code Applications: An In-Depth Analysis of Major Updates and Engineering Impacts) 閱讀全文 »

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