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應用 CNC 冷作彎管工法複循環電廠 P91 小管徑高能量管線應力優化與銲節減量效益研究 (Study on Stress Optimization and Weld Reduction Benefits of Small-Diameter P91 High-Energy Piping in Combined Cycle Power Plants Using CNC Cold Bending)

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一、 導論與高能量管線系統之技術演進背景 在全球能源轉型的宏觀趨勢下，配備先進氣渦輪機（如 GE 7HA 或 […]

應用 CNC 冷作彎管工法複循環電廠 P91 小管徑高能量管線應力優化與銲節減量效益研究 (Study on Stress Optimization and Weld Reduction Benefits of Small-Diameter P91 High-Energy Piping in Combined Cycle Power Plants Using CNC Cold Bending) 閱讀全文 »

高能量管線冷作彎管之應力強化係數與製程效益評估：以 GE CCPP 建廠專案為例 (Stress Intensification Factors and Manufacturing Benefit Assessment of Cold-Bent High-Energy Piping: A Case Study of the GE CCPP Construction Project)

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一、緒論 在當前全球能源轉型與淨零碳排的戰略趨勢下，電力系統正經歷結構性的重大變革。隨著風力發電與太陽能光電等

高能量管線冷作彎管之應力強化係數與製程效益評估：以 GE CCPP 建廠專案為例 (Stress Intensification Factors and Manufacturing Benefit Assessment of Cold-Bent High-Energy Piping: A Case Study of the GE CCPP Construction Project) 閱讀全文 »

工業廠房乳膠輸送管線防堵塞設計：大半徑 5D 彎管工法之差異化減阻與防掛料效益分析 (Anti-Clogging Design of Latex Conveying Pipelines in Industrial Plants: Benefit Analysis of Differentiated Drag Reduction and Anti-Material Attachment Using Large-Radius 5D Bends)

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一、緒論與工業乳膠管線防堵之工程背景 在現代化學工業與高分子材料製造領域中，天然橡膠乳膠（Natural Ru

工業廠房乳膠輸送管線防堵塞設計：大半徑 5D 彎管工法之差異化減阻與防掛料效益分析 (Anti-Clogging Design of Latex Conveying Pipelines in Industrial Plants: Benefit Analysis of Differentiated Drag Reduction and Anti-Material Attachment Using Large-Radius 5D Bends) 閱讀全文 »

高剪切敏感性乳膠流體在1.5D 與5D 彎管內之流場特性與局部黏附析出行為研究(Numerical and Experimental Investigation on Flow Characteristics and Local Coagulation of Shear-Sensitive Latex inside 1.5D and 5D Pipe Bends)

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一、 緒論與研究背景 在現代化學工程、精密塗料製造、造紙工業以及高分子材料運輸系統中，高剪切敏感性乳膠（She

高剪切敏感性乳膠流體在1.5D 與5D 彎管內之流場特性與局部黏附析出行為研究(Numerical and Experimental Investigation on Flow Characteristics and Local Coagulation of Shear-Sensitive Latex inside 1.5D and 5D Pipe Bends) 閱讀全文 »

高階合金鋼與壓力管線彎管程序規範（BPS）之深度解析與實務應用 (In-Depth Analysis and Practical Application of High-Alloy Steel and Pressure Piping Bending Procedure Specifications (BPS))

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一、 緒論：彎管程序規範之工程定位與冶金挑戰 在現代超臨界（Ultra-Supercritical, USC）

高階合金鋼與壓力管線彎管程序規範（BPS）之深度解析與實務應用 (In-Depth Analysis and Practical Application of High-Alloy Steel and Pressure Piping Bending Procedure Specifications (BPS)) 閱讀全文 »

基於 ASME B31.3 規範之高黏度流體輸送管線研究：5D CNC 冷作彎管與傳統對銲彎頭之流場優化與結構應力差異分析 (Study of High-Viscosity Fluid Transport Pipelines Based on ASME B31.3: Flow Field Optimization and Structural Stress Variance Analysis of 5D CNC Cold-Bent Pipes vs. Conventional Butt-Welded Elbows)

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一、 緒論與產業背景脈絡 在全球石化煉製、高分子材料聚合製程、以及先進食品工程領域中，流體輸送管線的設計與佈局

基於 ASME B31.3 規範之高黏度流體輸送管線研究：5D CNC 冷作彎管與傳統對銲彎頭之流場優化與結構應力差異分析 (Study of High-Viscosity Fluid Transport Pipelines Based on ASME B31.3: Flow Field Optimization and Structural Stress Variance Analysis of 5D CNC Cold-Bent Pipes vs. Conventional Butt-Welded Elbows) 閱讀全文 »

整合 QR Code 與數位孿生技術之電廠管件全生命週期追蹤系統建置：從工廠預製到現場安裝 (Development of a Full Life-Cycle Tracking System for Power Plant Piping Integrating QR Code and Digital Twin Technologies: From Shop Fabrication to Site Installation)

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一、 緒論 1.1 研究背景與產業痛點分析 在現代大型能源設施的建置與維運過程中，不論是火力發電廠、核能電廠抑

整合 QR Code 與數位孿生技術之電廠管件全生命週期追蹤系統建置：從工廠預製到現場安裝 (Development of a Full Life-Cycle Tracking System for Power Plant Piping Integrating QR Code and Digital Twin Technologies: From Shop Fabrication to Site Installation) 閱讀全文 »

P91 超厚壁蒸汽管線 5D 冷作彎管之應變硬化評估與免除後熱處理（PBHT）可行性研究 (Evaluation of Strain Hardening and Feasibility of Post-Bending Heat Treatment (PBHT) Exemption for P91 Extra-Thick Wall Steam Pipelines with 5D Cold Bending)

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摘要 在現代高溫高壓工業管線系統的建構中，特別是超臨界（Supercritical）與超超臨界（Ultra-S

P91 超厚壁蒸汽管線 5D 冷作彎管之應變硬化評估與免除後熱處理（PBHT）可行性研究 (Evaluation of Strain Hardening and Feasibility of Post-Bending Heat Treatment (PBHT) Exemption for P91 Extra-Thick Wall Steam Pipelines with 5D Cold Bending) 閱讀全文 »

複循環電廠混氫系統燃料管線中幾何組件與感應熱處理(IH-PBHT)對材料劣化之深度差異化分析 (In-Depth Differentiated Analysis of Material Degradation in Hybrid Hydrogen Fuel Pipelines of Combined Cycle Power Plants: Roles of Geometric Components and Induction Heating Post-Weld Heat Treatment (IH-PWHT))

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一、緒論與高能管線流體動力學之跨領域映射 在現代發電工業的演進過程中，流體動力學與管線幾何結構的交互作用一直是

複循環電廠混氫系統燃料管線中幾何組件與感應熱處理(IH-PBHT)對材料劣化之深度差異化分析 (In-Depth Differentiated Analysis of Material Degradation in Hybrid Hydrogen Fuel Pipelines of Combined Cycle Power Plants: Roles of Geometric Components and Induction Heating Post-Weld Heat Treatment (IH-PWHT)) 閱讀全文 »

火力電廠高壓蒸汽管線「以彎代銲」工法之減碳效益與全生命週期成本（LCC）評估 (Assessment of Carbon Reduction Benefits and Life Cycle Cost (LCC) for the “Looping instead of Welding” Method in Thermal Power Plant High-Pressure Steam Pipelines)

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一、 緒論：能源轉型下的高壓管線工程挑戰與技術革新 在全球氣候變遷的嚴峻挑戰下，各國皆致力於實現二零五零年淨零

火力電廠高壓蒸汽管線「以彎代銲」工法之減碳效益與全生命週期成本（LCC）評估 (Assessment of Carbon Reduction Benefits and Life Cycle Cost (LCC) for the “Looping instead of Welding” Method in Thermal Power Plant High-Pressure Steam Pipelines) 閱讀全文 »

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