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EFFECT OF HYDROGEN ATTACK TEMPERATURE ON FATIGUE CRACK BEHAVIOR FOR 20G AND 15CrMo STEELS |
LI Jianli;LI Xiaoming;XIE Genshuan; YAO Zhiming;LI Jin; KE Wei(National Laboratory of Corrosion and Protection.Institute of Corrosion and Protection ofmelals.Academia Sinica.Fushun Petroleum Institute)(Corresponent:LI Jianli;Mechanical Department;Fushun P |
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Cite this article:
LI Jianli;LI Xiaoming;XIE Genshuan; YAO Zhiming;LI Jin; KE Wei(National Laboratory of Corrosion and Protection.Institute of Corrosion and Protection ofmelals.Academia Sinica.Fushun Petroleum Institute)(Corresponent:LI Jianli;Mechanical Department;Fushun P. EFFECT OF HYDROGEN ATTACK TEMPERATURE ON FATIGUE CRACK BEHAVIOR FOR 20G AND 15CrMo STEELS. Chin J Mater Res, 1995, 9(6): 496-500.
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Abstract The mechanical properties and fatigue crack growth behavior of 20G and 15CrMo steels after hydrogen attack at different temperatures under the hydrogen presence of 18MPa for 240h have been investigsted.The effeCt of the stress ratio on the fatigue crack
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Received: 25 December 1995
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1NelsonGA.HydrogencarbonProcessing,1966;45(5);2012ShewmonPG,SundararajanG.MetallTrans,1980;11A:5093郦建立等.金属学报(记录用待发表)4余宗森,钢的高温高压氢腐蚀,化学工业出版社,1987,115SureshS,PitchieROMetallTrans,1982;13A:16726洪起超.工程断裂力学基础,上海交通大学出版社,1987:1637陈道伦.金属学报,1988;24,suppl.Ⅱ:143 |
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