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Creep Deformation Process Determining Microstructure of Type IV Creep Damage of the Advanced Ferritic Heat Resistant Steel with High Cr Content

机译：蠕变变形过程确定高CR含量高级铁素体耐热钢的IV型蠕变损伤微观结构

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Yasushi HASEGAWA; Tarou MURAKI; Masahiro OHGAMI;
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1. Effect of carbon content on creep rupture strength and microstructure in heat affected zone of heat resistant ferritic steel: alleviation of decrease in creep rupture strength in heat affected zone of heat resistant ferritic steel [J] . Hirata H., Ogawa K. Science and Technology of Welding & Joining . 2008,第6期

机译：碳含量对耐热铁素体钢热影响区蠕变断裂强度和显微组织的影响：减轻耐热铁素体钢热影响区蠕变断裂强度的降低
2. Type IV failure in weldment of creep resistant ferritic alloys: Ⅰ. Micromechanical origin of creep strain localization in the heat affected zone [J] . Zhang Wei, Wang Xue, Wang Yiyu, Journal of the Mechanics and Physics of Solids . 2020,第Jana期

机译：蠕变铁素体合金焊接中的IV型失效：Ⅰ。
3. Multiaxial Creep Deformation and Prediction of Residual Creep Life Time for Heat-Resistant Ferritic Steel [J] . Ken-ichi Kobayashi, Toshimitsu Yokobori 日本材料强度学会誌 . 2002,第3期

机译：多轴蠕变变形及预测耐热铁素体钢的剩余蠕变寿命时间
4. CREEP DEFORMATION BEHAVIOR AND MICROSTRUCTURE IN HIGH BORON CONTAINING 9Cr FERRITIC HEAT RESISTANT STEELS [C] . H. Semba, F. Abe Advances in Materials Technology for Fossil Power Plants . 2005

机译：高硼含量9％Cr铁素体耐热钢的蠕变变形行为和显微组织
5. Creep and Creep-Fatigue Deformation Studies in 22V and P91 Creep-Strength Enhanced Ferritic Steels [D] . Whitt, Harrison Collin. 2019

机译：22V和P91蠕变强度增强铁素体钢的蠕变和蠕变疲劳变形研究
6. A first step towards computational design of W-containing self-healing ferritic creep resistant steels [O] . Hao Yu, Wei Xu, Sybrand van der Zwaag 2020

机译：朝向含W型自愈合铁素体蠕变抗性钢材计算设计的第一步
7. Effect of Carbon content on Creep Rupture Strength and Microstructure in Heat Affected Zone of Heat Resistant Ferritic Steel [O] . Hiroyuki Hirata, Kazuhiro Ogawa 2007

机译：碳含量对耐热铁素体钢热影响区蠕变破裂强度和微观结构的影响
8. Creep-Fatigue Life Prediction for Different Heats of Type 304Stainless Steel by Linear-Damage Rule,Strain-Range Partitioning Method,and Damage-Rate Approach. [R] . maiya, p. s. 1979

机译：用线性损伤法，应变范围分区法和损伤率法预测304不锈钢不同热量的蠕变 - 疲劳寿命。

Creep Deformation Process Determining Microstructure of Type IV Creep Damage of the Advanced Ferritic Heat Resistant Steel with High Cr Content

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