潁璋 Cold Bending 園地
A333 低溫碳鋼與 A335 潛變強化合金鋼「以彎代銲」之冶金挑戰與經濟效益分析：現代複循環電廠冷作彎管工法實務探討 (Metallurgical Challenges and Economic Benefit Analysis of Replacing Welding with Bending in A333 Low-Temperature Carbon Steel and A335 Creep-Resistant Alloy Steel: A Practical Study on Cold Bending Techniques in Modern Combined Cycle Power Plants)
摘要 在全球能源結構轉型的宏觀背景下，現代複循環發
2026-08-23
高合金鋼管線冷作彎管工法降低應力集中與 EPC 專案保險風險之關聯性研究 : 以 ASME B31J 規範與 P91/P92 高壓蒸氣系統為評估基礎 (A Study on the Correlation Between Stress Concentration Mitigation via Cold Bending of High-Alloy Steel Piping and EPC Project Insurance Risks: An Evaluation Based on ASME B31J Code and P91/P92 High-Pressure Steam Systems)
副標題： CCPP EPC 專案利潤保全與風險轉嫁
2026-08-21
總部戰略決策報告：打破組織路徑依賴與極大化 EPC 專案投資回報 — 以因應 ASME 新規範之先進冷作彎管工法導入為例 (Headquarters Strategic Decision Report: Breaking Organizational Path Dependence and Maximizing EPC Project Return on Investment — A Case Study on Implementing Advanced Cold Bending Techniques to Comply with New ASME Standards)
摘要 在當前全球能源結構轉型的背景下，大型統包工程
2026-08-20
ASME B31.1/B31J 動力管線成型機制與冶金策略演進：P91 熱彎急冷風險、階梯式應變率解耦與三合一冷作之實務效益 (Evolution of Forming Mechanisms and Metallurgical Strategies in ASME B31.1/B31J Power Piping: P91 Hot Bending Quenching Risks, Stepwise Strain Rate Decoupling, and Practical Benefits of 3-in-1 Cold Forming)
摘要 隨著全球能源轉型與電力系統對於基載穩定能力的
2026-08-19