潁璋 Cold Bending 園地
高溫高壓管線 Type IV 潛變損傷與動態衝擊之複合破壞風險——基於 2026 ASME B31J 規範與冷作彎管工法消除 HAZ 弱點之工程實證分析(Composite Failure Risk of Type IV Creep Damage and Dynamic Impact in High-Temperature High-Pressure Piping: An Engineering Empirical Analysis of Eliminating HAZ Weaknesses via Cold Bending Method Based on the 2026 ASME B31J Code)
一、摘要與緒論 / I. Abstract and
2026-10-06
CCPP廠高能廢熱回收管線之冷作彎管與電銲彎頭差異化分析、結構完整性與 2026 ASME B31J 規範探討：以通霄二期專案高能蒸氣系統為準則 (Differential Analysis of Cold-Formed Bends vs. Welded Elbows in High-Energy Heat Recovery Piping of CCPP Plants, Structural Integrity, and 2026 ASME B31J Code Exploration: Based on the Tongxiao Phase II Project High-Energy Steam System)
摘要 / Abstract 在全球推動淨零碳排與能
2026-10-05
高黏度非牛頓流體管線輸送之流固耦合與力學最佳化：2026 ASME B31J 規範下冷作彎管曲率半徑(R值)選用準則與實務應用——以長春化工特種膠體為例(Fluid-Structure Interaction and Mechanical Optimization in High-Viscosity Non-Newtonian Fluid Pipeline Transportation: Selection Criteria and Practical Applications of Cold Bend Curvature Radius (R-value) under 2026 ASME B31J Code—A Case Study of Chang Chun Petrochemical Specialty Gels)
摘要 / Abstract 在現代特殊石化與先進材
2026-10-04