YZ-yuweiching

針對 ASME B31.1 與 B31.3 規範中高合金鋼 (P91/P92) 銲接接頭係數 (WC/Wl) 及高溫潛變衰退之解析與研究 (Analysis and Investigation of Weld Joint Strength Reduction Factors (WC and Wl) and High-Temperature Creep Degradation in High-Alloy Steels (P91/P92) under ASME B31.1 and B31.3 Codes)

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摘要 在全球能源結構轉型與極端氣候挑戰的雙重驅動下，現代超臨界 (Supercritical) 與超超臨界 ( […]

針對 ASME B31.1 與 B31.3 規範中高合金鋼 (P91/P92) 銲接接頭係數 (WC/Wl) 及高溫潛變衰退之解析與研究 (Analysis and Investigation of Weld Joint Strength Reduction Factors (WC and Wl) and High-Temperature Creep Degradation in High-Alloy Steels (P91/P92) under ASME B31.1 and B31.3 Codes) 閱讀全文 »

2026 ASME規範下鍋爐外部管線(BEP)與非鍋爐外部管線(NBEP)品管架構之演進與差異化分析：以潁璋工程(冷彎+IH-PBHT+數位QR Code)  技術實踐為例 (Evolution and Differentiation Analysis of Quality Control Frameworks for Boiler External Piping (BEP) and Non-Boiler External Piping (NBEP) under 2026 ASME Codes: A Case Study of Ying-Zhang Engineering’s Technical Practices (Cold Bending, IH-PBHT,   and Digital QR Code Integration))

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一、 緒論：極端操作環境下之管線資產完整性挑戰與規範演進 在全球能源轉型與淨零排放（Net Zero）的宏觀背

2026 ASME規範下鍋爐外部管線(BEP)與非鍋爐外部管線(NBEP)品管架構之演進與差異化分析：以潁璋工程(冷彎+IH-PBHT+數位QR Code)  技術實踐為例 (Evolution and Differentiation Analysis of Quality Control Frameworks for Boiler External Piping (BEP) and Non-Boiler External Piping (NBEP) under 2026 ASME Codes: A Case Study of Ying-Zhang Engineering’s Technical Practices (Cold Bending, IH-PBHT,   and Digital QR Code Integration)) 閱讀全文 »

2026 ASME規範升級與淨零數位轉型：以共榮共生為核心管線工程技術與策略分析報告 (The 2026 ASME Code Upgrade and Net-Zero Digital Transformation: A Strategic and Technological Analysis Report on Pipeline Engineering Centered on Co-prosperity and Symbiosis)

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一、 緒論與大型統包工程之宏觀策略背景 在全球工業4.0的數位化浪潮與國際氣候變遷因應對策的雙重驅動下，大型統

2026 ASME規範升級與淨零數位轉型：以共榮共生為核心管線工程技術與策略分析報告 (The 2026 ASME Code Upgrade and Net-Zero Digital Transformation: A Strategic and Technological Analysis Report on Pipeline Engineering Centered on Co-prosperity and Symbiosis) 閱讀全文 »

2026 ASME 規範下CCPP 中小管徑配管設計之冷作彎管應用與檢驗標準：中鼎工程策略方針與潁璋工程技術協作研究報告 (Application and Inspection Standards for Cold Bending of Small-Bore Piping in CCPP under 2026 ASME Codes: A Collaborative Research Report on CTCI Engineering Strategies and Ying Zhang Engineering Technical Cooperation)

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前言 隨著全球能源結構的急遽轉型與淨零碳排（Net-Zero Emissions）目標的確立，以及人工智慧（A

2026 ASME 規範下CCPP 中小管徑配管設計之冷作彎管應用與檢驗標準：中鼎工程策略方針與潁璋工程技術協作研究報告 (Application and Inspection Standards for Cold Bending of Small-Bore Piping in CCPP under 2026 ASME Codes: A Collaborative Research Report on CTCI Engineering Strategies and Ying Zhang Engineering Technical Cooperation) 閱讀全文 »

2026版ASME規範CCPP 動力管線冷彎成型PBHT之感應加熱與電阻加熱技術差異化分析 (2026 ASME Code: Comparative Analysis of Induction vs. Resistance Heating Technologies for PBHT of Cold Bending CCPP Power Piping)

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一、產業演進背景與動力管線冷彎成型之冶金挑戰 隨著全球能源轉型與淨零排放目標的嚴格推進，電力產業面臨著前所未有

2026版ASME規範CCPP 動力管線冷彎成型PBHT之感應加熱與電阻加熱技術差異化分析 (2026 ASME Code: Comparative Analysis of Induction vs. Resistance Heating Technologies for PBHT of Cold Bending CCPP Power Piping) 閱讀全文 »

高階合金鋼管冷作彎管製程與數位化管理之綜合研究：以2026 ASME 規範與工業 4.0 為基礎 (Digital Transformation and Cold Bending Optimization of High-Alloy Steel Piping: A Study Integrated with Industry 4.0 and 2026 ASME Standards)

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摘要 在現代超臨界（Ultra-Supercritical, USC）火力發電廠、先進石化工業與綠能基礎設施的

高階合金鋼管冷作彎管製程與數位化管理之綜合研究：以2026 ASME 規範與工業 4.0 為基礎 (Digital Transformation and Cold Bending Optimization of High-Alloy Steel Piping: A Study Integrated with Industry 4.0 and 2026 ASME Standards) 閱讀全文 »

2026版ASME規範：CCPP動力管線冷彎成型PBHT之預製廠感應加熱與工地現場電阻加熱技術混合搭配分析報告 (2026 ASME Code Edition: Analysis Report on the Hybrid Integration of Shop Induction Heating and Field Resistance Heating for Cold Bending CCPP Power Piping PBHT)

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一、緒論與動力管線法規之典範轉移 在全球能源轉型與淨零排放的宏觀戰略驅動下，燃氣複循環發電廠（Combined

2026版ASME規範：CCPP動力管線冷彎成型PBHT之預製廠感應加熱與工地現場電阻加熱技術混合搭配分析報告 (2026 ASME Code Edition: Analysis Report on the Hybrid Integration of Shop Induction Heating and Field Resistance Heating for Cold Bending CCPP Power Piping PBHT) 閱讀全文 »

SGT6-9000HL CCPP 2.5″~8″配管設計：基於 2026 年版 ASME 規範之 3DR 冷彎管技術與應用分析報告 (SGT6-9000HL CCPP 2.5″–8″ Piping Design: Technical and Application Analysis Report for 3DR Cold Bending Based on 2026 ASME Codes)

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一、 緒論與產業發展脈絡 在全球能源轉型與淨零碳排的迫切需求推動下，複循環燃氣發電廠（Combined Cyc

SGT6-9000HL CCPP 2.5″~8″配管設計：基於 2026 年版 ASME 規範之 3DR 冷彎管技術與應用分析報告 (SGT6-9000HL CCPP 2.5″–8″ Piping Design: Technical and Application Analysis Report for 3DR Cold Bending Based on 2026 ASME Codes) 閱讀全文 »

SGT6-9000HL / CCPP Small Bore Piping配管設計：基於 2026 年版 ASME 規範之 5DR 冷彎管技術與應用分析 (SGT6-9000HL / CCPP Small Bore Piping Design: Technical and Application Analysis of 5DR Cold Bending Based on 2026 ASME Codes)

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一、導論與全球能源轉型下之重型燃氣輪機配管工程挑戰 在全球氣候變遷與《巴黎協定》的嚴格減碳框架下，國際能源結構

SGT6-9000HL / CCPP Small Bore Piping配管設計：基於 2026 年版 ASME 規範之 5DR 冷彎管技術與應用分析 (SGT6-9000HL / CCPP Small Bore Piping Design: Technical and Application Analysis of 5DR Cold Bending Based on 2026 ASME Codes) 閱讀全文 »

M501JAC CCPP 2.5″~8″ 配管設計：基於 2026 年版 ASME 規範之 3DR 冷彎管技術與應用分析報告 (M501JAC CCPP 2.5″–8″ Piping Design: Technical and Application Analysis Report on 3DR Cold Bending Based on ASME 2026 Standards)

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一、 緒論與研究背景 在全球能源轉型與電網穩定性需求日益嚴苛的當代工程背景下，具備快速啟停能力、極高熱效率以及

M501JAC CCPP 2.5″~8″ 配管設計：基於 2026 年版 ASME 規範之 3DR 冷彎管技術與應用分析報告 (M501JAC CCPP 2.5″–8″ Piping Design: Technical and Application Analysis Report on 3DR Cold Bending Based on ASME 2026 Standards) 閱讀全文 »

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