YZ-yuweiching

基於 2026 ASME B31.1 與 B31J 規範之複循環發電廠動力管線 3D/5D 冷作彎管應變率放寬機制與全適用性評估 (Evaluation of the Full Applicability and Strain Rate Relaxation Mechanism for 3D/5D Cold Bending of Power Piping in Combined Cycle Power Plants Based on 2026 ASME B31.1 and B31J Codes)

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一、 摘要 / I. Abstract 在全球能源轉型與電網調度的嚴苛要求下，現代複循環發電廠正朝向超高溫、高

基於 2026 ASME B31.1 與 B31J 規範之複循環發電廠動力管線 3D/5D 冷作彎管應變率放寬機制與全適用性評估 (Evaluation of the Full Applicability and Strain Rate Relaxation Mechanism for 3D/5D Cold Bending of Power Piping in Combined Cycle Power Plants Based on 2026 ASME B31.1 and B31J Codes) 閱讀全文 »

複循環燃氣機組頻繁起停之物理瞬態與熱力學循環破壞機制及前瞻防護策略研究 (Research on Physical Transient and Thermodynamic Cycling Failure Mechanisms and Forward-Looking Protection Strategies for Combined Cycle Power Plants under Frequent Start-Stop Operations)

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摘要 / Abstract 隨著全球能源轉型的進程加速，再生能源在現代電網中的滲透率急遽攀升，導致「鴨子曲線（

複循環燃氣機組頻繁起停之物理瞬態與熱力學循環破壞機制及前瞻防護策略研究 (Research on Physical Transient and Thermodynamic Cycling Failure Mechanisms and Forward-Looking Protection Strategies for Combined Cycle Power Plants under Frequent Start-Stop Operations) 閱讀全文 »

基於 ASME B31J 規範之電廠高能管線任意角度冷作彎管空間佈置與工期優化效益研究 (Research on the Benefits of Spatial Layout and Schedule Optimization of Arbitrary-Angle Cold Bends in Power Plant High-Energy Piping Based on the ASME B31J Code)

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一、 緒論與研究背景 / 1. Introduction and Research Background 在全

基於 ASME B31J 規範之電廠高能管線任意角度冷作彎管空間佈置與工期優化效益研究 (Research on the Benefits of Spatial Layout and Schedule Optimization of Arbitrary-Angle Cold Bends in Power Plant High-Energy Piping Based on the ASME B31J Code) 閱讀全文 »

解析2026 ASME B31.1與B31J應變率(5%~20%)放寬與IH-PBHT適用：潁璋工程對於P9x高能管線之三合一工法深度分析研究 (Analysis of the 2026 ASME B31.1 and B31J Strain Rate Relaxation (5%~20%) and IH-PBHT Application: An In-Depth Study of Ying-Zhang Engineering’s Three-in-One Method for P9x High-Energy Piping)

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摘要 / Abstract 隨著全球能源產業向超臨界（Supercritical, SC）、超超臨界（Ultr

解析2026 ASME B31.1與B31J應變率(5%~20%)放寬與IH-PBHT適用：潁璋工程對於P9x高能管線之三合一工法深度分析研究 (Analysis of the 2026 ASME B31.1 and B31J Strain Rate Relaxation (5%~20%) and IH-PBHT Application: An In-Depth Study of Ying-Zhang Engineering’s Three-in-One Method for P9x High-Energy Piping) 閱讀全文 »

燃氣複循環電廠 (CCPP) P9x 級高能高壓管線銲道之綜合分析與微觀潛變劣化研究 (Comprehensive Analysis and Micro-Creep Degradation Study of P9x Class High-Energy High-Pressure Piping Welds in Combined Cycle Power Plants (CCPP))

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一、導論與先進高溫管線之產業背景 / I. Introduction and Industrial Backg

燃氣複循環電廠 (CCPP) P9x 級高能高壓管線銲道之綜合分析與微觀潛變劣化研究 (Comprehensive Analysis and Micro-Creep Degradation Study of P9x Class High-Energy High-Pressure Piping Welds in Combined Cycle Power Plants (CCPP)) 閱讀全文 »

解決 P91/P92 銲口加熱不均之技術對策：電阻式與感應式加熱於 CCPP 現場管線施工之綜合效能評估 (Technological Countermeasures for Uneven Heating of P91/P92 Welds: A Comprehensive Performance Evaluation of Resistance and Induction Heating in CCPP On-Site Piping Construction)

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一、 緒論 / 1. Introduction 1.1 研究背景 / 1.1 Research Backgro

解決 P91/P92 銲口加熱不均之技術對策：電阻式與感應式加熱於 CCPP 現場管線施工之綜合效能評估 (Technological Countermeasures for Uneven Heating of P91/P92 Welds: A Comprehensive Performance Evaluation of Resistance and Induction Heating in CCPP On-Site Piping Construction) 閱讀全文 »

1.0D套銲彎頭間隙沖蝕失效機制分析，暨基於ASME/API標準與空間配置之3D/5D冷作彎管（三合一工法）系統化改善策略 (Analysis of Erosion Failure Mechanisms in 1.0D Socket Weld Elbow Gaps, and Systematic Improvement Strategies for 3D/5D Cold Bending Pipes (Three-in-One Method) Based on ASME/API Standards and Spatial Layout)

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一、 緒論 / I. Introduction 在現代複循環發電廠（Combined Cycle Power

1.0D套銲彎頭間隙沖蝕失效機制分析，暨基於ASME/API標準與空間配置之3D/5D冷作彎管（三合一工法）系統化改善策略 (Analysis of Erosion Failure Mechanisms in 1.0D Socket Weld Elbow Gaps, and Systematic Improvement Strategies for 3D/5D Cold Bending Pipes (Three-in-One Method) Based on ASME/API Standards and Spatial Layout) 閱讀全文 »

1.5D電銲彎頭沖蝕現象綜合分析、退化機制與3D/5D冷作彎管系統化改善策略：基於CCPP廠管線維護與ASME/API國際標準之應用評估 (Comprehensive Analysis of Erosion Phenomena and Degradation Mechanisms of 1.5D Butt-Welded Elbows, and Systematic Improvement Strategies using 3D/5D Cold Bends: An Application Evaluation Based on CCPP Plant Piping Maintenance and ASME/API International Standards)

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一、緒論與研究背景 / I. Introduction and Research Background 在全球

1.5D電銲彎頭沖蝕現象綜合分析、退化機制與3D/5D冷作彎管系統化改善策略：基於CCPP廠管線維護與ASME/API國際標準之應用評估 (Comprehensive Analysis of Erosion Phenomena and Degradation Mechanisms of 1.5D Butt-Welded Elbows, and Systematic Improvement Strategies using 3D/5D Cold Bends: An Application Evaluation Based on CCPP Plant Piping Maintenance and ASME/API International Standards) 閱讀全文 »

基於 ASME B31J 規範之電廠高能管線預製工法最佳化：冷作彎管在降低 P91 銲後熱處理風險與提升專案進度之效益分析 (Optimization of Power Plant High-Energy Piping Prefabrication Based on ASME B31J Standard: Benefit Analysis of Cold Bending in Mitigating P91 Post-Weld Heat Treatment Risks and Accelerating Project Schedules)

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摘要 / Abstract 在全球能源轉型與追求極致熱力學效率的宏觀背景下，超超臨界(USC)燃煤機組與新世代

基於 ASME B31J 規範之電廠高能管線預製工法最佳化：冷作彎管在降低 P91 銲後熱處理風險與提升專案進度之效益分析 (Optimization of Power Plant High-Energy Piping Prefabrication Based on ASME B31J Standard: Benefit Analysis of Cold Bending in Mitigating P91 Post-Weld Heat Treatment Risks and Accelerating Project Schedules) 閱讀全文 »

大林 CCPP 專案中 3D/5D 冷作彎管去銲接化與模組化決策深度分析研究 (In-depth Analysis of De-welding and Modularization Decisions for 3D/5D Cold Bending Pipes in the Dalin CCPP Project)

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實作 興達與台中CCPP電廠小尺寸冷作彎管心得報告 Implementation Summary Report

大林 CCPP 專案中 3D/5D 冷作彎管去銲接化與模組化決策深度分析研究 (In-depth Analysis of De-welding and Modularization Decisions for 3D/5D Cold Bending Pipes in the Dalin CCPP Project) 閱讀全文 »

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