On the Verification of the Method of Taking Into Account the Effect of Time Intervals in Cycle on the Low-Cycle Fatigue Resistance of Heat-Resistant Materials*

Simbirskii D. F.; Brunak A. A.

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On the Verification of the Method of Taking Into Account the Effect of Time Intervals in Cycle on the Low-Cycle Fatigue Resistance of Heat-Resistant Materials*

机译：关于考虑循环时间间隔对耐热材料的低循环疲劳强度影响的方法的验证*

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摘要

An experimental verification of the efficiency of the proposed method of taking into account the effect of time intervals under cycle maximum conditions on the low-cycle fatigue resistance of material has been obtained. Results of testing specimens of ZhS6KP alloy by the joint action of low-cycle and repeated static loading were used.

机译：已经获得了所提出方法的效率的实验验证，该方法考虑了最大循环条件下时间间隔对材料低循环疲劳强度的影响。利用低循环和反复静载荷共同作用对ZhS6KP合金试样进行测试的结果。

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《Strength of Materials》 |2015年第2期|共7页
作者
Simbirskii D. F.; Brunak A. A.;
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正文语种 eng
中图分类工程材料学;
关键词
endurance; low-cycle loading and fatigue; repeated static loading and fatigue; summation of damages;

机译：耐久性;低周期负荷和疲劳;反复的静态负荷和疲劳;损坏总和;

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1. On the Verification of the Method of Taking Into Account the Effect of Time Intervals in Cycle on the Low-Cycle Fatigue Resistance of Heat-Resistant Materials* [J] . Simbirskii D. F., Brunak A. A. Strength of Materials . 2015,第2期

机译：关于考虑循环时间间隔对耐热材料的低循环疲劳强度影响的方法的验证*
2. Fatigue Crack Propagation in Heat-Resistant Alloys under Thermomechanical Loading Conditions. Part 1. Method of Accounting the Effect of Thermomechanical Loading on Crack Propagation Resistance of Material [J] . TROSHCHENKO V. T, GRYAZNOV B. A, KONONUCHENKO O. V Проблемы прочности . 2000,第6期

机译：热机械载荷条件下耐热合金的疲劳裂纹扩展。第1部分。评估热机械载荷对材料抗裂纹扩展性影响的方法
3. Fatigue Crack Propagation in Heat-Resistant Alloys under Thermomechanical Loading Conditions. Part 1. Method of Accounting the Effect of Thermomechanical Loading on Crack Propagation Resistance of Material [J] . TROSHCHENKO V. T, GRYAZNOV B. A, KONONUCHENKO O. V Проблемы прочностиПроблемы прочности: на рус．укр．и анг．языках . 2000,第6期

机译：热机械载荷条件下耐热合金的疲劳裂纹扩展。第1部分。计算热机械载荷对材料抗裂纹扩展性影响的方法
4. Experimental Study on Extremely Low-Cycle Material Fatigue Resistance for Two Types of Welded Structural Details [C] . Huang Lizhen, Qu Weilian, Zhao Ernian International Conference on Material Engineering and Application . 2017

机译：两种焊接结构细节极低循环材料疲劳电阻的实验研究
5. Mixed-mode fracture in ductile materials and low-cycle multiaxial fatigue theory [D] . Wang, Yenkai 1998

机译：延性材料的混合模式断裂与低循环多轴疲劳理论
6. High-Cycle Low-Cycle Extremely Low-Cycle Fatigue and Monotonic Fracture Behaviors of Low-Carbon Steel and Its Welded Joint [O] . Younghune Kim, Woonbong Hwang 2019

机译：低碳钢及其焊接接头的高循环低循环极低循环疲劳和单调断裂行为
7. Method for low-cycle fatigue life assessment of metallic materials under multiaxial loading [O] . Shukaev S., Gladskii M., Zakhovaiko A., 2008

机译：金属材料在多轴载荷下低周疲劳寿命评估的方法
8. Probabilistic Material Strength Degradation Model for Inconel 718 ComponentsSubjected to High Temperature, High-Cycle and Low-Cycle Mechanical Fatigue, Creep and Thermal Fatigue Effects [R] . 1995

机译：Inconel 718组件的概率材料强度退化模型受高温，高循环和低循环机械疲劳，蠕变和热疲劳影响

On the Verification of the Method of Taking Into Account the Effect of Time Intervals in Cycle on the Low-Cycle Fatigue Resistance of Heat-Resistant Materials*

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