潁璋 Cold Bending 園地
基於 ASME 最新規範之主蒸汽管線支管線(4″含以下)防護策略與冷作彎管工法對提升全壽命週期可靠度之應用研究(Research on Protection Strategies for Small-Bore Main Steam Branch Piping (NPS 4 and Below) Based on the Latest ASME Codes and the Application of Cold Bending Processes to Enhance Life Cycle Reliability)
一、緒論 / I. Introduction 在現
2026-10-18
基於 2026 ASME B31J 規範之大型 CCPP 專案管線工法優化：EPC 介面協調與風險防禦策略研究——以冷作彎管取代傳統電銲彎頭為例 (Optimization of Piping Construction Methods in Large CCPP Projects Based on the 2026 ASME B31J Code: A Study on EPC Interface Coordination and Risk Defense Strategies—Replacing Traditional Welded Elbows with Cold Bends)
一、 緒論與研究背景 I. Introductio
2026-10-15
基於ASME B31J與流固耦合分析之CCPP高能管線(P91/P92)流體加速腐蝕(FAC)抑制與抗第四型潛變破裂研究：以大林電廠大半徑冷作彎管三合一工法為例 (Research on Flow-Accelerated Corrosion (FAC) Suppression and Type IV Creep Cracking Resistance in CCPP High-Energy Piping (P91/P92) Based on ASME B31J and Fluid-Structure Interaction (FSI): A Case Study of the Large-Radius Cold Bending 3-in-1 Methodology at Dalin Power Plant)
摘要 / Abstract 在全球能源轉型的浪潮下
2026-10-14
基於ASME B31J規範之動力管線暫態流體力學與流體加速腐蝕(FAC)抑制研究：以通霄二期CCPP專案「去銲接化」工法為例 ( Research on Transient Fluid Dynamics and Flow-Accelerated Corrosion (FAC) Mitigation in Power Piping Based on ASME B31J: A Case Study of the “Weldless” Method in the Tongxiao Phase II CCPP Project)
一、 研究背景與通霄二期CCPP動力管線之流體挑戰
2026-10-13
基於 ASME B31J 規範之電廠高能管線預製工法最佳化：大半徑冷作彎管降維 P91 施工風險與專案效益提升之解析報告 (Research Topic: Optimization of High-Energy Piping Pre-fabrication Based on the ASME B31J Code: An Analytical Report on Using Large-Radius Cold Bends to Reduce Dimensionality, Mitigate P91 Construction Risks, and Enhance Project Benefits)
摘要與研究背景 / Abstract and Re
2026-10-10