潁璋 Cold Bending 園地
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
2026-09-02
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
2026-08-31
複循環火力發電廠高溫高壓主蒸氣管線在頻繁起停運轉下的劣化機制與結構優化研究——以 3D 冷作彎管與應力集中控制為核心 (Research on Degradation Mechanisms and Structural Optimization of High-Temperature and High-Pressure Main Steam Piping in Combined Cycle Power Plants Under Frequent Start-Stop Operations—Focusing on 3D Cold Bends and Stress Concentration Control)
摘要 / Abstract 隨著全球能源結構的快速
2026-08-31
CCPP 高能管線變更設計之適時性對策：以 4″ XXS P91/P92 冷作彎管取代對銲彎頭之工期與全生命週期效益評估 (Timeliness Strategies for High-Energy Piping Design Modifications in CCPP: An Evaluation of Schedule and Whole-Life Cycle Benefits of Replacing Butt-Welded Elbows with 4″ XXS P91/P92 Cold-Bent Pipes)
摘要 / Abstract 在現代複循環發電廠（C
2026-08-30
現代電廠高能管線（1.5D vs. 5D 彎管）之全方位最佳化設計：流體加速腐蝕解析、P91/P92潛變疲勞防護與 EPC 建廠佈局實務 Comprehensive Optimization Design of High-Energy Piping (1.5D vs. 5D Bends) in Modern Power Plants: Flow-Accelerated Corrosion Analysis, P91/P92 Creep-Fatigue Protection, and EPC Construction Layout Practices
摘要 / Abstract 流體加速腐蝕（Flow
2026-08-29