Methodological Aspects of Evaluation of the Characteristics of Crack-Growth Resistance of Materials in Hydrogen Environments Under Sustained and Cyclic Loading

O.E.Andreikir

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Methodological Aspects of Evaluation of the Characteristics of Crack-Growth Resistance of Materials in Hydrogen Environments Under Sustained and Cyclic Loading

机译：持续和循环载荷下氢环境中材料抗裂纹扩展特性评估的方法论方面

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摘要

We analyze and Synthesize the results ofevaluation of the characteristics of crack-growth resistance ofmaterials subjected to sustained static or cyclic loading inhydrogen-containing media.

机译：我们分析和综合评价材料在承受持续静载荷或循环载荷的含氢介质中的抗裂纹扩展特性的结果。

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《Materials Science》 |1998年第4期|共22页
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O.E.Andreikir;
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正文语种 eng
中图分类工程材料学;
关键词
循环载荷; 裂纹; 特性曲线; 测定;

机译：循环载荷;裂纹;特性曲线;测定;

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1. Methodological Aspects of Evaluation of the Characteristics of Crack-Growth Resistance of Materials in Hydrogen Environments Under Sustained and Cyclic Loading [J] . O.E.Andreikir Materials Science . 1998,第4期

机译：持续和循环载荷下氢环境中材料抗裂纹扩展特性评估的方法论方面
2. INFLUENCE OF THE MODE OF THERMAL TREATMENT AND LOAD RATIO ON THE CYCLIC CRACK-GROWTH RESISTANCE OF WHEEL STEELS [J] . O. P. Ostash, I.M.Andreiko, V. V. Kulyk Materials Science . 2009,第2期

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3. Effect of crack closure on the experimentally measured characteristics of cyclic crack-growth resistance of steels [J] . I. S. Pinyak Strength of materials . 1998,第2期

机译：裂纹闭合对实验测量的钢的周期性裂纹扩展特性的影响
4. A novel testing apparatus for evaluating the resistance of structural materials to thermo-mechanical cyclic loading [C] . G. Filacchioni International Symposium on Automotive Technology and Automation;ISATA . 1998

机译：一种用于评估结构材料对热机械循环载荷的抵抗力的新型测试设备
5. Determination of anisotropy of granular materials and its relation to liquefaction resistance under cyclic loading. [D] . Capar, Omar Faruk. 2000

机译：循环载荷下粒状材料各向异性的测定及其与抗液化性的关系。
6. Pull-off resistance of a screwless implant-abutment connection and surface evaluation after cyclic loading [O] . Vasilios Alevizakos, Richard Mosch, Gergo Mitov, 2021

机译：循环载荷后无缝植入式连接和表面评价的拉出阻力
7. Evaluation of mechanical characteristics of metalic materials under cyclic loading [O] . Vlach Jiří 2014

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8. Methodology for Evaluation of Fatigue Crack-Growth Resistance of Aluminum Alloys under Spectrum Loading [R] . Chanani, G. R., Telesman, I., Bretz, P. E., 1982

机译：光谱加载下铝合金疲劳裂纹扩展性评价方法

Methodological Aspects of Evaluation of the Characteristics of Crack-Growth Resistance of Materials in Hydrogen Environments Under Sustained and Cyclic Loading

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