潁璋 Cold Bending 園地
基於界面脫碳層演變的 P91/P92 彎頭異質接頭高溫蠕變斷裂機制與壽命預測模型: 彌補現行 ASME B31.1 規範對於彎管異質銲接在碳遷移與殘餘應變疊加考量上致命盲區(High-Temperature Creep Fracture Mechanism and Life Prediction Model of P91/P92 Dissimilar Bent-Tube Joints Based on Interfacial Decarburized Layer Evolution: Addressing a critical blind spot in the current ASME B31.1 code regarding the combined effects of carbon migration and residual strain in dissimilar metal welds of pipe bends)
摘要 隨著超超臨界（Ultra-Supercrit
2026-07-16
台灣東北角海岸發電廠興建工程跨領域防護與延壽策略：大氣腐蝕動力學、材料微觀冶金學與管線建造力學之整合分析研究 (Interdisciplinary Protection and Life Extension Strategies for the Northeast Coast Power Plant Construction Project in Taiwan: An Integrated Analytical Study of Atmospheric Corrosion Kinetics, Material Micro-Metallurgy, and Pipeline Construction Mechanics)
摘要 台灣東北角海岸地處亞熱帶，具備高溫、高濕及高
2026-07-15
基於ASME B31J與冶金閉環之大型CCPP專案高能管線預製實務化：潁璋工程CNC冷作彎管與IH-PBHT一站式人力資源優化分析研究 (Practical Implementation of High-Energy Piping Prefabrication for Large-Scale CCPP Projects Based on ASME B31J and Closed-Loop Metallurgy: A Study on One-Stop Human Resource Optimization of Ying-Zhang Engineering’s CNC Cold Bending and IH-PBHT)
摘要 在全球能源結構轉型與淨零碳排（Net Zer
2026-07-14
針對 2026 年強制執行 ASME B31.1 規範下 P91 (Grade 91) 高能管線冷彎成型 (ε=5%-20%) 配合局部熱處理之實務操作與完整性管理策略 (Practical Operations and Integrity Management Strategies for P91 (Grade 91) High-Energy Piping: Cold Bending (ε=5%-20%) with Induction Heating Post-Bending Heat Treatment (IH-PBHT) under 2026 Mandatory ASME B31.1 Enforcement)
一、 緒論 1.1 前言：台灣能源轉型與高能管線的
2026-07-14
沿海發電廠建廠特性與防蝕材料工程差異化分析：以台灣西部與東北角電廠之流體傳輸管線銲接與冷作工法為主軸 (Differentiation Analysis of Coastal Power Plant Construction Characteristics and Corrosion Prevention Material Engineering: A Focus on Fluid Transmission Pipeline Welding and Cold Working Methods in Western and Northeast Taiwan)
一、 緒論 現代化大型基載發電設施的建置與改建工程
2026-07-14