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    Comparison of Effect of PWHT in Different Temperature on Pressure Vessel of C-Mn Steel
    C-Mn钢压力容器焊后热处理效果的比较
    THERMOGRAPHIC EXAMINATION OF FATIGUE EXERCISE ON HIGH STRENGTH PRESSURE VESSEL
    高强度钢压力容器疲劳锻练的热图研究
    The Study of Minimum Allowable Temperature for Carbon-Manganese Steel Pressure Vessel
    碳锰钢压力容器最低使用温度研究
    Analysis to Manufacture Process of Chromium-molybdenum Steel Pressure Vessel
    铬钼钢压力容器制造工艺分析
    Design analysis of the hoop fiber-reinforced steel pressure vessels
    环向纤维增强钢压力容器设计分析
    Application of FCAW Process in the Fabrication of 16MnR(HIC) Steel Pressure Vessels
    FCAW在16MnR(HIC)抗氢钢压力容器中的应用
    Aner comparing fatigue crack rate of TTStE36 with that Of 16MnR, ms paper indicates that da/dN-△K curve of 16MnR considered safety factor may be adopted directly when TTStE36 pressure vessels are designed and evalUated for fracture and fatigue safe analysis.
    并对TTStE36、16MnR钢的疲劳裂纹扩展速率进行了比较,指出在对TTStE36钢压力容器进行设计或疲劳断裂安全评定时,可直接采用考虑了安全系数的16MnR的da/dN一△K曲线。
    This article analyzes the characteristics of 15CrMoR steel's manufacture process, presents the selection methods to manufacture process of chromium - molybdenum steel pressure vessel, suggests the handling methods to common problem.
    本文通过分析15CrMoR钢的制造工艺特点,提出了铬钼钢压力容器制造工艺的选择方法及常见问题的处理。
    FCAW process applied in fabrication of 16MnR(HIC) steel pressure vessels was introduced.
    介绍了将FCAW用于16MnR(HIC)钢压力容器的制造工艺。
 

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