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Investigation of Low Cycle Fatigue at Elevated Temperatures : Dependence of Behavior of Fatigue Cracks on the Conditions of Temperature and Plastic Strain Range

机译：升高温度低循环疲劳的研究：疲劳裂缝行为对温度和塑性应变条件的依赖性

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Kenji KANAZAWA; Yukio NISHIMURA; Takeshi KUNIO; Kanetoshi IWAMOTO; Teruyuki UEDA;
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年度 1970
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2. Near-Threshold Fatigue Crack Growth Behavior of SUS304 Steel at High Temperatures Using Interferometric Strain/ Displacement Gage (2nd Report, Fatigue Crack Growth Behavior) [J] . Eiichi TAMURA, Kiyotsugu OHJI, Shiro KUBO JSME International Journal. Series A . 1999,第1期

机译：SUS304钢在高温下使用干涉应变/位移计的近阈值疲劳裂纹扩展行为（第二份报告，疲劳裂纹扩展行为）
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4. Fatigue Crack Growth Behavior of a Low Alloy Steel at Room and Elevated Temperatures [C] . S.K.Putatunda, J.Schaefer Annual Technical Meeting of the International metallographic Society . 2000

机译：低合金钢在室内疲劳裂纹裂纹生长行为，温度升高
5. Investigation of Fatigue and Creep-fatigue Crack Growth in Alloy 709 at Elevated Temperatures [D] . Shaber, Nicholas L. 2018

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6. An Energy-Based Unified Approach to Predict the Low-Cycle Fatigue Life of Type 316L Stainless Steel under Various Temperatures and Strain-Rates [O] . Nae Hyung Tak, Jung-Seok Kim, Jae-Yong Lim 2019

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7. Investigation on Low Cycle Fatigue at Elevated Temperature : 3rd Report Influence of Temperature and Plastic Strain Range on the Behavior of Fatigue Cracks [O] . Kenji KANAZAWA, Yukio NISHIMURA, Takeshi KNIO, 1969

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8. Propagation behavior of small cracks in 304 stainless steel under biaxial low-cycle fatigue at elevated temperature. [R] . T. Ogata A. Nitta J. J. Blass 1991

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Investigation of Low Cycle Fatigue at Elevated Temperatures : Dependence of Behavior of Fatigue Cracks on the Conditions of Temperature and Plastic Strain Range

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