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針對台灣西岸極端海洋環境(CX/C5-M)之 CCPP 新建案管線工程:燃煤機組在未退役前維護數據分析研究冷作彎管 (PBHT) 與銲接彎頭 (PWHT) 技術特性、維護難易度與生命週期成本 (A Comparative Study on Technical Characteristics, Maintainability, and Life Cycle Cost of Cold-Bent (PBHT) vs. Welded Elbow (PWHT) Piping: Based on Maintenance Data of Pre-decommissioned Coal-Fired Units in Taiwan’s West Coast CX/C5-M Marine Environments)

一、緒論:台灣西岸電廠微氣候與腐蝕等級之演進 台灣電力基礎設施長期面臨極其嚴苛的自然環境考驗。特別是在通霄、台 […]

針對台灣西岸極端海洋環境(CX/C5-M)之 CCPP 新建案管線工程:燃煤機組在未退役前維護數據分析研究冷作彎管 (PBHT) 與銲接彎頭 (PWHT) 技術特性、維護難易度與生命週期成本 (A Comparative Study on Technical Characteristics, Maintainability, and Life Cycle Cost of Cold-Bent (PBHT) vs. Welded Elbow (PWHT) Piping: Based on Maintenance Data of Pre-decommissioned Coal-Fired Units in Taiwan’s West Coast CX/C5-M Marine Environments) 閱讀全文 »

A335 P91/P92 高階合金鋼之先進冷作彎管與感應式熱處理工法:技術演進、冶金機理與數位化品質控管深度研究報告 (Advanced Cold Bending and Induction Heat Treatment for High-Alloy A335 P91/P92 Steels: A Comprehensive Study on Technical Evolution, Metallurgical Mechanisms, and Digital Quality Control)

一、緒論:高溫高壓電力系統中蠕變強度增強型鐵素體鋼的戰略地位 在當代能源結構的轉型進程中,提升火力發電廠與複循

A335 P91/P92 高階合金鋼之先進冷作彎管與感應式熱處理工法:技術演進、冶金機理與數位化品質控管深度研究報告 (Advanced Cold Bending and Induction Heat Treatment for High-Alloy A335 P91/P92 Steels: A Comprehensive Study on Technical Evolution, Metallurgical Mechanisms, and Digital Quality Control) 閱讀全文 »

複循環電廠蒸汽系統之 No Pocket 設計實務、合金鋼冶金特性與 2026 ASME 規範趨勢深度研究報告 (In-depth Study on No-Pocket Design Practices, Metallurgical Characteristics of Alloy Steels, and 2026 ASME Code Trends in CCPP Steam Systems)

一、緒論:複循環電廠熱力循環效能與高能管線完整性之關聯 複循環電廠(Combined Cycle Power

複循環電廠蒸汽系統之 No Pocket 設計實務、合金鋼冶金特性與 2026 ASME 規範趨勢深度研究報告 (In-depth Study on No-Pocket Design Practices, Metallurgical Characteristics of Alloy Steels, and 2026 ASME Code Trends in CCPP Steam Systems) 閱讀全文 »

高雄港洲際碼頭極高鹽霧環境下 A333 Gr.6 管線銲道腐蝕行為、彎管工法性能對比及長期維護策略深度研究報告 (In-depth Research on Corrosion Behavior of A333 Gr.6 Pipe Welds, Performance Comparison of Bending Methods, and Long-term Maintenance Strategies in the Ultra-High Salt Spray Environment of Kaohsiung Port Intercontinental Terminals)

一、高雄港洲際碼頭環境對石油化學管線之腐蝕動力學影響 高雄港洲際碼頭二期及其周邊石油化學倉儲區,位於台灣西南部

高雄港洲際碼頭極高鹽霧環境下 A333 Gr.6 管線銲道腐蝕行為、彎管工法性能對比及長期維護策略深度研究報告 (In-depth Research on Corrosion Behavior of A333 Gr.6 Pipe Welds, Performance Comparison of Bending Methods, and Long-term Maintenance Strategies in the Ultra-High Salt Spray Environment of Kaohsiung Port Intercontinental Terminals) 閱讀全文 »

石化廠高溫強酸強鹼系統:2026 ASME B31.3 (2025 Edition) 趨勢與 No Pocket 實務落實研究報告 (High-Temperature and Strong Acid/Alkali Systems in Petrochemical Plants: 2026 ASME B31.3 (2025 Edition) Trends and “No Pocket” Implementation Research Report)

一、緒論:高溫強酸強鹼系統的工業環境與管線完整性挑戰 在現代石化工業的製程中,處理強酸與強鹼流體的管線系統被視

石化廠高溫強酸強鹼系統:2026 ASME B31.3 (2025 Edition) 趨勢與 No Pocket 實務落實研究報告 (High-Temperature and Strong Acid/Alkali Systems in Petrochemical Plants: 2026 ASME B31.3 (2025 Edition) Trends and “No Pocket” Implementation Research Report) 閱讀全文 »

2026 ASME 規範下冷作彎管與電銲作業之幾何連續性與香蕉效應受力行為研究報告 (Research Report on Geometric Continuity and Mechanical Behavior of the Banana Effect in Cold Bending and Welding Processes per 2026 ASME Codes)

一、緒論 在現代高壓與高溫壓力管線工程中,確保系統的幾何連續性(Geometric Continuity)是維

2026 ASME 規範下冷作彎管與電銲作業之幾何連續性與香蕉效應受力行為研究報告 (Research Report on Geometric Continuity and Mechanical Behavior of the Banana Effect in Cold Bending and Welding Processes per 2026 ASME Codes) 閱讀全文 »

第四代核反應爐:廢料轉化、本質安全與技術範式的全面變革分析報告 (Generation IV Nuclear Reactors: A Comprehensive Analysis of Waste Transformation, Inherent Safety, and Paradigm Shifts in Technology)

一、前言 核能作為低碳基載能源的核心支柱,正處於從傳統第二、三代輕水堆技術向第四代核能系統(Generatio

第四代核反應爐:廢料轉化、本質安全與技術範式的全面變革分析報告 (Generation IV Nuclear Reactors: A Comprehensive Analysis of Waste Transformation, Inherent Safety, and Paradigm Shifts in Technology) 閱讀全文 »

多元燃料路徑在燃氣複循環電廠(CCPP)脫碳進程中的技術演進與全球佈局分析研究報告 (Technical Evolution and Global Deployment Analysis of Multi-Fuel Pathways in the Decarbonization of Combined Cycle Power Plants (CCPP))

一、緒論:全球能源轉型框架下的 CCPP 戰略定位 在全球能源體系向淨零排放轉型的關鍵時期,燃氣複循環電廠(C

多元燃料路徑在燃氣複循環電廠(CCPP)脫碳進程中的技術演進與全球佈局分析研究報告 (Technical Evolution and Global Deployment Analysis of Multi-Fuel Pathways in the Decarbonization of Combined Cycle Power Plants (CCPP)) 閱讀全文 »

ASME B31.3 2026改版與先前版設計強度與安全裕度差異化分析:從經驗法則到高保真工程的範式轉移 (Comparative Analysis of Design Strength and Safety Margins in ASME B31.3 2026 vs. Previous Editions: A Paradigm Shift from Rule-of-Thumb to High-Fidelity Engineering)

一、前言 隨著全球工業製程技術的演進與材料科學的突破,製程配管系統的安全性與可靠性已成為能源、化學、製藥及半導

ASME B31.3 2026改版與先前版設計強度與安全裕度差異化分析:從經驗法則到高保真工程的範式轉移 (Comparative Analysis of Design Strength and Safety Margins in ASME B31.3 2026 vs. Previous Editions: A Paradigm Shift from Rule-of-Thumb to High-Fidelity Engineering) 閱讀全文 »

ASME B31.1 2026 改版與先前版本設計強度與安全裕度差異化分析:以 CCPP(複循環電廠)建廠工程為實例 (Comparative Analysis of Design Strength and Safety Margins: ASME B31.1-2026 vs. Previous Editions with Case Studies in CCPP Construction)

一、前言 在全球能源轉型與電力系統高效率化的浪潮下,複循環電廠(Combined Cycle Power Pl

ASME B31.1 2026 改版與先前版本設計強度與安全裕度差異化分析:以 CCPP(複循環電廠)建廠工程為實例 (Comparative Analysis of Design Strength and Safety Margins: ASME B31.1-2026 vs. Previous Editions with Case Studies in CCPP Construction) 閱讀全文 »

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