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MODELING FATIGUE LIFE OF POLYCRYSTALLINE STRUCTURAL ALLOYS UNDER A COMBINED EFFECT OF LOW- AND HIGH-CYCLE FATIGUE MECHANISMS

机译：低循环疲劳机制综合效应下多晶结构合金疲劳寿命

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I.A. Volkov; L.A. Igumnov; S.N. Sikaryov; D.N. Shishulin; A.I. Volkov;
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1. Microstructurally-Informed Life Prediction Modeling of Combined High-Cycle Fatigue and Creep in a Ni-base Superalloy [J] . Thomas Bouchenot, Kirtan Patel, Ali P. Gordon, International Journal of Fatigue . 2021,第Nova期

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2. Comparative analysis of fatigue life calculation methods of C45 steel in conditions of variable amplitude loads in the low- and high-cycle fatigue ranges [J] . Bogdan Ligaj Ph.D, Grzegorz Szala Ph. D. Polish maritime research . 2013,第4期

机译：低周和高周疲劳范围内C45钢在变幅载荷下疲劳寿命计算方法的比较分析
3. Comparative analysis of fatigue life calculation methods of C45 steel in conditions of variable amplitude loads in the low- and high-cycle fatigue ranges [J] . Bogdan Ligaj, Grzegorz Szala Polish Maritime Research . 2012,第4期

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4. FATIGUE CRACK INITIATION MECHANISMS AND FATIGUE LIFE IN HIGH-CYCLE AND IN ULTRAHIGH-CYCLE FATIGUE [C] . Haeel Mughrabi David L. Davidson Symposium on Fatigue, Feb 17-21, 2002, Seattle, Washington, USA . 2002

机译：高周疲劳和超高周疲劳的疲劳裂纹萌生机理和疲劳寿命
5. Biaxial fatigue mechanisms and life predictions for 1045 steel and 7075 aluminum alloy including anisotropy and notch effects. [D] . Guo, Huifang. 2003

机译：1045钢和7075铝合金的双轴疲劳机理和寿命预测，包括各向异性和缺口效应。
6. Comprehensive Modelling of the Hysteresis Loops and Strain–Energy Density for Low-Cycle Fatigue-Life Predictions of the AZ31 Magnesium Alloy [O] . Jernej Klemenc, Domen Šeruga, Aleš Nagode, 2019

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7. Comparative analysis of fatigue life calculation methods of C45 steel in conditions of variable amplitude loads in the low- and high-cycle fatigue ranges [O] . Bogdan Ligaj, Grzegorz Szala 2012

机译：C45钢疲劳寿命计算方法对低循环疲劳范围的可变幅度负荷条件的疲劳寿命计算方法

MODELING FATIGUE LIFE OF POLYCRYSTALLINE STRUCTURAL ALLOYS UNDER A COMBINED EFFECT OF LOW- AND HIGH-CYCLE FATIGUE MECHANISMS

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