潁璋 Cold Bending 園地 A335 P91 高性能耐熱鋼：熱彎、冷作及高溫銲接後正火與回火工法比較分析報告 (Comparative Analysis of Normalizing and Tempering Methods After Hot Bending, Cold Working, and High-Temperature Welding for A335 P91 High-Performance Heat-Resistant Steel) 一、 P91 鋼材基礎冶金與蠕變強化機制 ASTM 閱讀更多 » 2025-11-12 ASTM A312 管線彎徑比分析報告：針對 R/D 1.5, 3.0, 5.0 進行結構完整性、流體效率與規範遵循的比較研究 (Comparative Analysis of Structural Integrity, Fluid Efficiency, and Code Compliance in ASTM A312 Piping Bends with R/D Ratios of 1.5, 3.0, and 5.0) 一、 導論與規範基礎 1.1 項目背 閱讀更多 » 2025-11-11 ASME B31.1 與 B31.3 規範下 A312 系列奧氏體不銹鋼管「As Bent」狀態的關鍵技術與冶金學分析 (Critical Technical and Metallurgical Analysis of A312 Austenitic Stainless Steel Pipe in the ‘As Bent’ State according to ASME B31.1 and B31.3 Standards) 一、 摘要 1.1 主旨與範圍界定 閱讀更多 » 2025-11-10 適用於ASME B31.1動力管線A335之彎曲半徑比(R/D = 1.5, 3.0, 5.0)結構完整性、流體效率與規範遵循比較研究報告 (A Comparative Study Report on Structural Integrity, Fluid Efficiency, and Code Compliance for ASME B31.1 Power Piping A335 with Bending Radius Ratios (R/D = 1.5, 3.0, 5.0)) 一、摘要：R/D 權衡分析總結 1. 閱讀更多 » 2025-11-09 ASTM A106 管線彎徑比分析報告：針對 R/D= 1.5, 3.0, 5.0 進行結構完整性、流體效率與規範遵循的比較研究 (ASTM A106 Piping Bend Radius Ratio Analysis Report: Comparative Study of Structural Integrity, Fluid Efficiency, and Code Compliance for R/D = 1.5, 3.0, and 5.0) 一、基礎材料與幾何定義 1.1. A 閱讀更多 » 2025-11-08 彎管沖蝕現象之綜合分析、退化機制與系統化改善策略報告 (Comprehensive Analysis, Degradation Mechanisms, and Systematic Improvement Strategies for Elbow Erosion Phenomena) 一、摘要 本報告旨在針對工業管線系統 閱讀更多 » 2025-11-07 « 上一頁 頁面1 頁面2 頁面3 頁面4 頁面5 頁面6 頁面7 頁面8 頁面9 頁面10 頁面11 頁面12 頁面13 頁面14 頁面15 頁面16 頁面17 頁面18 頁面19 下一頁 »
A335 P91 高性能耐熱鋼：熱彎、冷作及高溫銲接後正火與回火工法比較分析報告 (Comparative Analysis of Normalizing and Tempering Methods After Hot Bending, Cold Working, and High-Temperature Welding for A335 P91 High-Performance Heat-Resistant Steel) 一、 P91 鋼材基礎冶金與蠕變強化機制 ASTM 閱讀更多 » 2025-11-12
ASTM A312 管線彎徑比分析報告：針對 R/D 1.5, 3.0, 5.0 進行結構完整性、流體效率與規範遵循的比較研究 (Comparative Analysis of Structural Integrity, Fluid Efficiency, and Code Compliance in ASTM A312 Piping Bends with R/D Ratios of 1.5, 3.0, and 5.0) 一、 導論與規範基礎 1.1 項目背 閱讀更多 » 2025-11-11
ASME B31.1 與 B31.3 規範下 A312 系列奧氏體不銹鋼管「As Bent」狀態的關鍵技術與冶金學分析 (Critical Technical and Metallurgical Analysis of A312 Austenitic Stainless Steel Pipe in the ‘As Bent’ State according to ASME B31.1 and B31.3 Standards) 一、 摘要 1.1 主旨與範圍界定 閱讀更多 » 2025-11-10
適用於ASME B31.1動力管線A335之彎曲半徑比(R/D = 1.5, 3.0, 5.0)結構完整性、流體效率與規範遵循比較研究報告 (A Comparative Study Report on Structural Integrity, Fluid Efficiency, and Code Compliance for ASME B31.1 Power Piping A335 with Bending Radius Ratios (R/D = 1.5, 3.0, 5.0)) 一、摘要：R/D 權衡分析總結 1. 閱讀更多 » 2025-11-09
ASTM A106 管線彎徑比分析報告：針對 R/D= 1.5, 3.0, 5.0 進行結構完整性、流體效率與規範遵循的比較研究 (ASTM A106 Piping Bend Radius Ratio Analysis Report: Comparative Study of Structural Integrity, Fluid Efficiency, and Code Compliance for R/D = 1.5, 3.0, and 5.0) 一、基礎材料與幾何定義 1.1. A 閱讀更多 » 2025-11-08
彎管沖蝕現象之綜合分析、退化機制與系統化改善策略報告 (Comprehensive Analysis, Degradation Mechanisms, and Systematic Improvement Strategies for Elbow Erosion Phenomena) 一、摘要 本報告旨在針對工業管線系統 閱讀更多 » 2025-11-07
