kurzpruefverfahren for the determination of the creep rupture strength heat-resistant staehle and alloys.

• 1. 一种基于深度学习融合模型的耐热合金蠕变性能预测方法 [P] . 中国专利： CN113761703A . 2021-12-07
• 2. 一种预测耐热合金蠕变寿命的方法 [P] . 中国专利： CN106568655B . 2019.04.12
• 3. kurzpruefverfahren to determine the creep strength warmfester staehle and alloys [P] . 德国专利： DE000000860559B . 1952-12-22

  机译： kurzpruefverfahren确定蠕变强度waresterf staehle和合金

• 4. HIGH CHROMIUM MARTENSITIC HEAT-RESISTANT SEAMLESS STEEL TUBE OR PIPE WITH COMBINED HIGH CREEP RUPTURE STRENGTH AND OXIDATION RESISTANCE [P] . 欧洲知识产权局专利： EP3269831B1 . 2020-11-04

  机译： 高蠕变断裂强度和抗氧化性相结合的高铬马氏体耐热无缝钢管或管道

• 5. HIGH CHROMIUM MARTENSITIC HEAT-RESISTANT STEEL WITH COMBINED HIGH CREEP RUPTURE STRENGTH AND OXIDATION RESISTANCE [P] . EA036004B1 . 2020-09-11

  机译： 高蠕变断裂强度与抗氧化性能相结合的高铬马氏体耐热钢

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• 3. IMPROVEMENT OF CREEP RUPTURE STRENGTH OF HIGH STRENGTH 12CR FERRITIC HEAT-RESISTANT STEEL [C] . Toshihiro Uehara, Akihiko Toji, Shugo Komatsubara, Liege Conference on Materials for Advanced Power Engineering . 2002
• 4. A Probabilistic Creep Constitutive Model for Creep Deformation, Damage, and Rupture [D] . ?Hossain, Md Abir 2020
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• 6. Effects of Ti and Al on creep rupture strength and microstructure of 30Cr-60Ni alloys. [O] . Hiroyuki Doi, Yoshinori Furukawa, Masayuki Sukekawa, 1989

• 1. The Effect of Cold Working on Creep Rupture Strength and Microstructure of Ni-23Cr-7W Alloy [J] . Yoshiki Shioda ,Keiji Kubushiro ,Youhei Sakakibara . 力学国际期刊（英文） . 2017,第10期
• 2. Variation in Creep Rupture of γ′ Strengthened Superalloys with Stacking Fault Energy of Matrices [J] . 阳志安 ,师昌绪 ,肖耀天 . 材料科学技术：英文版 . 1990,第4期
• 3. A Universal Reduced Rupture Creep Approach for Prediction of Long Term Failure Behavior of Aged Glass Polymers from the Short Term Test of Rupture Creep Compliance by the Unified Master Curved Extrapolation [J] . Guang-jun Song ,Da-ming Wu ,Wei-yue Song . 化学物理学报 . 2012,第005期
• 4. 耐热合金材料在蠕变、疲劳交互作用下的力学特性解析及寿命预测 [C] . 郭成壁 . 中国机械工程学会第二届全国高温强度会议 . 1988
• 5. Al-Cu-Mg-Ag新型耐热合金循环蠕变行为与机理研究 [A] . 刘平 . 2018