潁璋 Cold Bending 園地
現代電廠及CCPP建廠專案在ASME B31J規範下304L、316L/N、321、347 XXS等級不銹鋼管線「以彎代銲」工法之技術瓶頸、冷作彎管與傳統電銲彎頭差異化及效益分析 (Technical Bottlenecks, Differentiation, and Benefit Analysis of the “Cold Bending Replacing Welding” Method for 304L, 316L/N, 321, 347 XXS Stainless Steel Pipelines in Modern Power Plants and CCPP Projects Under ASME B31J Code)
一 、緒論與研究背景 / 1. Introduct
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CCPP 系統中濕蒸氣之沖蝕行為預測與管件防護優化研究 (Research on Prediction of Wet Steam Erosion Behavior and Optimization of Piping Protection in CCPP Systems)
一、摘要 / 1. Abstract 複循環汽電共
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複循環電廠高壓蒸汽管線洩水坡度設計與管件工法比較:斜切對銲、銲縫大小縫強行組對與冷作彎管之應力、流場與冶金可靠度研究 (Comparative Study on Drainage Slope Design and Piping Methods for High-Pressure Steam Lines in CCPP: Stress, Fluid Dynamics, and Metallurgical Reliability of Miter Welds, Forced Fit-Up with Uneven Root Gaps, and Cold Bends)
一、 緒論 / Chapter 1: Introd
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