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CCPP動力管線系統技術轉型研究：CNC 冷彎管技術對比傳統對銲之定量成本效益與生命週期分析報告 (Research on Technical Transformation of CCPP Piping Systems: Quantitative Cost-Benefit and Life Cycle Analysis of CNC Cold Bending vs. Conventional Butt-Welding)

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前言 燃氣複循環電廠（Combined Cycle Power Plant, CCPP）作為當今能源結構中高效 […]

CCPP動力管線系統技術轉型研究：CNC 冷彎管技術對比傳統對銲之定量成本效益與生命週期分析報告 (Research on Technical Transformation of CCPP Piping Systems: Quantitative Cost-Benefit and Life Cycle Analysis of CNC Cold Bending vs. Conventional Butt-Welding) 閱讀全文 »

ASME B31.1 2026 版更新分析：針對數位化紀錄管理（附錄 R）對專案執行成本的經濟影響研究 (Analysis of ASME B31.1-2026 Updates: A Study on the Economic Impact of Digital Records Management (Appendix R) on Project Execution Costs)

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一、 動力管線規範的範式轉移：從傳統文書到 2026 數位化治理 ASME B31.1 作為全球動力管線設計、

ASME B31.1 2026 版更新分析：針對數位化紀錄管理（附錄 R）對專案執行成本的經濟影響研究 (Analysis of ASME B31.1-2026 Updates: A Study on the Economic Impact of Digital Records Management (Appendix R) on Project Execution Costs) 閱讀全文 »

2026 ASME 規範 P-No.15E 冷作彎管 PBHT 放寬規定與 IH-PBHT 技術之綜合分析研究 (Comprehensive Analytical Study on Relaxed PBHT Requirements for P-No. 15E Cold-Bent Pipes and IH-PBHT Technology under 2026 ASME Codes)

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一、 緒論：先進發電與石化工業中之材料挑戰與法規演進 在現代超臨界（Supercritical, SC）與超超

2026 ASME 規範 P-No.15E 冷作彎管 PBHT 放寬規定與 IH-PBHT 技術之綜合分析研究 (Comprehensive Analytical Study on Relaxed PBHT Requirements for P-No. 15E Cold-Bent Pipes and IH-PBHT Technology under 2026 ASME Codes) 閱讀全文 »

CCPP 8吋以下管線方向變更方案之差異化分析研究：1.5D電銲彎頭與3D/5D冷作彎管之20000個管線轉折處全面比較 (Comparative Analysis of Directional Change Solutions for CCPP Pipelines (Under 8″): A Comprehensive Study of 1.5D Welded Elbows vs. 3D/5D Cold-Bended Pipes Across 20,000 Turning Points)

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一、 緒論與研究背景 現代燃氣複循環發電廠（Combined Cycle Power Plant, CCPP）

CCPP 8吋以下管線方向變更方案之差異化分析研究：1.5D電銲彎頭與3D/5D冷作彎管之20000個管線轉折處全面比較 (Comparative Analysis of Directional Change Solutions for CCPP Pipelines (Under 8″): A Comprehensive Study of 1.5D Welded Elbows vs. 3D/5D Cold-Bended Pipes Across 20,000 Turning Points) 閱讀全文 »

發電廠管線材料劣化機制與熱處理決策思維： 以台灣西部海岸台中電廠與東北角海岸協和電廠為中心 (Degradation Mechanisms and Heat Treatment Decision-Making for Power Plant Piping: A Case Study of Taichung and Hsieh-ho Power Plants on Taiwan’s Coastlines)

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一、 緒論 現代化大型基載發電設施作為支撐國家總體經濟發展與能源網路穩定運作的核心支柱，其基礎設施的耐久性、安

發電廠管線材料劣化機制與熱處理決策思維： 以台灣西部海岸台中電廠與東北角海岸協和電廠為中心 (Degradation Mechanisms and Heat Treatment Decision-Making for Power Plant Piping: A Case Study of Taichung and Hsieh-ho Power Plants on Taiwan’s Coastlines) 閱讀全文 »

台灣東北角協和電廠改建案：高鹽害、極高濕度與強風衝擊環境下管線工程之彎頭銲接與冷作彎管差異化深度研究報告 (Comparative Study on Elbow Welding vs. Cold Bending of Piping Systems Under Extreme Salt Mist, High Humidity, and Strong Wind Conditions: A Case Study of the Hsieh-ho Power Plant Renewal Project in Northeast Taiwan)

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一、 緒論 1.1 協和電廠更新改建計畫之背景與工程必要性 基隆協和電廠作為台灣北部電力系統的重要基石，其更新

台灣東北角協和電廠改建案：高鹽害、極高濕度與強風衝擊環境下管線工程之彎頭銲接與冷作彎管差異化深度研究報告 (Comparative Study on Elbow Welding vs. Cold Bending of Piping Systems Under Extreme Salt Mist, High Humidity, and Strong Wind Conditions: A Case Study of the Hsieh-ho Power Plant Renewal Project in Northeast Taiwan) 閱讀全文 »

探討東聯化學（OUCC）液氮製造、儲存與運輸系統之核心工程：基於液化天然氣（LNG）管線設計概念之極致真空隔熱技術分析 (An Analysis of Core Engineering in OUCC’s Liquid Nitrogen Production, Storage, and Transportation Systems: Ultra-High Vacuum Insulation Technology Based on LNG Pipeline Design Concepts)

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一、摘要與前言 極低溫流體（Cryogenic Fluids）的製造、儲存與運輸基礎設施，代表著當代化學工程、

探討東聯化學（OUCC）液氮製造、儲存與運輸系統之核心工程：基於液化天然氣（LNG）管線設計概念之極致真空隔熱技術分析 (An Analysis of Core Engineering in OUCC’s Liquid Nitrogen Production, Storage, and Transportation Systems: Ultra-High Vacuum Insulation Technology Based on LNG Pipeline Design Concepts) 閱讀全文 »

CCPP最具破壞性的四大流體行為：水錘現象、汽錘與雙相流衝擊、空化現象/汽蝕、流體誘發振動之研究報告 (Research Report on the Four Most Destructive Fluid Phenomena in CCPP: Water Hammer, Steam Hammer and Two-Phase Flow Impact, Cavitation, and Flow-Induced Vibration)

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摘要 複循環發電廠（Combined Cycle Power Plant, CCPP）作為現代電網中基載與尖峰

CCPP最具破壞性的四大流體行為：水錘現象、汽錘與雙相流衝擊、空化現象/汽蝕、流體誘發振動之研究報告 (Research Report on the Four Most Destructive Fluid Phenomena in CCPP: Water Hammer, Steam Hammer and Two-Phase Flow Impact, Cavitation, and Flow-Induced Vibration) 閱讀全文 »

探討CCPP建廠預製管線於現場安裝時的致命缺失與防治對策研究：以專案管理、破壞力學與冶金科學為核心之綜合分析 (Critical Defects and Mitigation Strategies for On-site Installation of Prefabricated Spools in CCPP Construction: A Multi-disciplinary Analysis of Project Management, Fracture Mechanics, and Metallurgical Science)

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摘要 複循環發電廠（Combined Cycle Power Plant, CCPP）具備高熱效率與快速起停之

探討CCPP建廠預製管線於現場安裝時的致命缺失與防治對策研究：以專案管理、破壞力學與冶金科學為核心之綜合分析 (Critical Defects and Mitigation Strategies for On-site Installation of Prefabricated Spools in CCPP Construction: A Multi-disciplinary Analysis of Project Management, Fracture Mechanics, and Metallurgical Science) 閱讀全文 »

針對CCPP A335.P9x合金鋼管3D/5D冷作彎曲技術解決方案與全生命週期數位化履歷系統之工程分析報告 (Engineering Analysis Report on 3D/5D Cold Bending Solutions and Full Lifecycle Digital Traceability Systems for CCPP A335-P9x Alloy Steel Pipes)

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緒論 在現代複循環發電廠（Combined Cycle Power Plant, CCPP）與超超臨界（Ult

針對CCPP A335.P9x合金鋼管3D/5D冷作彎曲技術解決方案與全生命週期數位化履歷系統之工程分析報告 (Engineering Analysis Report on 3D/5D Cold Bending Solutions and Full Lifecycle Digital Traceability Systems for CCPP A335-P9x Alloy Steel Pipes) 閱讀全文 »

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