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• Analysis of the cause of crack in cold rolling of QSn6.5-0.1strip

  À´Ô´£º ¡¶ÖÐÄÏ´óѧѧ±¨(Ó¢ÎÄ°æ)2001ÄêµÚ2ÆÚ¡·¡ª¡ªZHANG Sheng-hua QIN Ye-xia LOU Hua-fen LU Jun-pan ZHONG Wei-jia

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• Investigation in Crack Growth of A537 Steel and Its Weld Metal in Artificial Sea Water

  À´Ô´£º ¡¶JOURNAL OF MATERIALS SCIENCE TECHNOLOG1989ÄêµÚ4ÆÚ¡·¡ª¡ªê°Æôɽ Áõ¿¶ ¿Âΰ Öì×ÔÓÂ

  Investigation in Crack Growth of A537 Steel and Its Weld Metal in Artificial Sea Waterê°Æôɽ,Áõ¿¶,¿Âΰ,Öì×ÔÓÂÕª Òª:<Õý> The crack growth rates of A537 c1.1 steeland its weld metal have been investigated bothin air and in artificial sea water.The effectsof stress ratio,frequency,residual stressof welds as well as corrosion products on cor-rosion fatigue crack......

• Fatigue Crack Growth of Al-Li Alloy 2091 in 3.5% NaCl Solution and at 130¡æ

  À´Ô´£º ¡¶JOURNAL OF MATERIALS SCIENCE TECHNOLOG1992ÄêµÚ5ÆÚ¡·¡ª¡ªºÎÊÀÓí ÍõÖйâ ÀîÇ彨 ÕÅÔÈ ·ëÏþÔø

  Fatigue Crack Growth of Al-Li Alloy 2091 in 3.5% NaCl Solution and at 130¡æºÎÊÀÓí,ÍõÖйâ,ÀîÇ彨,ÕÅÔÈ,·ëÏþÔøÕª Òª:<Õý> A study has been made of the fatigue crackgrowth in an Al-Li alloy 2091 in 3.5%NaCl solu-tion and at an elevated temperature of 130¡æ.Theaging and environmental effects on the crackgrowth behaviour were examined.It is shown thatthe fatigue crack......

• Crack Characteristic Measurement in Beryllium after Thermal Shock

  À´Ô´£º ¡¶Rare Metals1998ÄêµÚ1ÆÚ¡·¡ª¡ªÇ®ÈØêÍ

  Crack Characteristic Measurement in Beryllium after Thermal ShockÇ®ÈØêÍÕª Òª:£Ã£ò£á£ã£ë£Ã£è£á£ò£á£ã£ô£å£ò£é£ó£ô£é£ã£Í£å£á£ó£õ£ò£å£í£å£î£ô£é£î£Â£å£ò£ù£ì£é£õ£í£á£æ£ô£å£ò£Ô£è£å£ò£í£á£ì£Ó£è£ï£ã£ë£Ñ£é£á£î£Ò£È¬Ø,£Ä£õ£÷£å£Ò,£Ì£é£î£ë£å£Ê,£Ò£ï£ä£é£ç£Í£á£î£ä£Ó£ã£è£õ£ó£ô£å£ò£Á(Ç®ÈØêÍ)£Æ£ï£ò£ó£ã£è£õ£î£ç£ó£ú£å£î£ô£ò£õ£í£Ê£õ£å£ì£é£ã£è...¹Ø¼ü´Ê:......

• Corrosion fatigue crack growth mechanisms in welded joints of marine steel structures

  À´Ô´£º ¡¶ÖÐÄÏ´óѧѧ±¨(Ó¢ÎÄ°æ)2021ÄêµÚ1ÆÚ¡·¡ª¡ªÉÛ·É °×ÁÖÔ½ ÐìÙ» ÂíÇàÄÈ Éêõ

  J. Cent. South Univ. (2021) 28: 58-71 DOI: https://doi.org/10.1007/s11771-021-4586-0 Corrosion fatigue crack growth mechanisms in welded joints of marine steel structures XU Qian(ÐìÙ»), SHAO Fei(ÉÛ·É...,partofSpringerNature 2021 Abstract: This paper presents a model of fatigue crack growth in a welded joint and a two-dimensional model of anodic dissolution based on Donahue model and anodic dissolution......

• Éø×¢Á×ËáÑζÔAZ31þºÏ½ðÆ£ÀÍÁÑÎÆÀ©Õ¹µÄÓ°Ïì

  À´Ô´£º ¡¶ÖйúÓÐÉ«½ðÊôѧ±¨2011ÄêµÚ8ÆÚ¡·¡ª¡ªºØÏÔ´Ï ÍõÕÂÖÒ °×ÔÊÇ¿ °Í־РÀîÏþȪ ÉòºèÁÒ

  ÓÐЧµØÔöÇ¿Æ£ÀÍÁÑÎƱպÏЧӦ,½µµÍ»òÑÓÖÍAZ31þºÏ½ðÆ£ÀÍÁÑÎƵÄÀ©Õ¹. ¹Ø¼ü´Ê:AZ31þºÏ½ð£»Á×ËáÑΣ»Æ£ÀÍÁÑÎÆÀ©Õ¹£»Æ£ÀÍÁÑÎÆ±ÕºÏ ÖÐͼ·ÖÀàºÅ:TG 146.2¡¡¡¡     ÎÄÏ×±êÖ¾Âë:A Effects of immersing phosphate on fatigue crack propagation in AZ31 magnesium... into the fatigue crack tip of AZ31 magnesium alloy, the phosphate deposition behavior and effects of the phosphate film on the fatigue crack propagation rate at the fatigue crack tip of AZ31 magnesium alloy were......

• Corrosion fatigue behavior of fastening hole structure and virtual crack propagation tests

  À´Ô´£º ¡¶International Journal of Minerals Metallurgy and Materials2008ÄêµÚ5ÆÚ¡·¡ª¡ªYouhong Zhang,),Xinlong Chang),Guozhi Lv),Hui Wang),Zhong Li),and Yueliang Cheng) ) The Second Artillery Engineering College,Xi¡¯an ,China ) School of Aeronautics,Northwest Polytechnical University,Xi¡¯an ,China ) Naval Aeronautical Engineering Academy Qingdao Branch,Qingdao ,China

  Corrosion fatigue behavior of fastening hole structure and virtual crack propagation testsYouhong Zhang1,2),Xinlong Chang1),Guozhi Lv2),Hui Wang2),Zhong Li2),and Yueliang Cheng3) 1) The Second... Òª:The fatigue crack propagation behavior of the LY12CZ aluminum alloy fastener involving a central hole in air or in 3.5wt% NaCl solution was investigated......

• Effect of Pre-loading on Short Fatigue Crack Growth at a Notch

  À´Ô´£º ¡¶JOURNAL OF MATERIALS SCIENCE TECHNOLOG1992ÄêµÚ2ÆÚ¡·¡ª¡ªÐì¿ÉΪ ºÎ¼ÒÎÄ ÖܻݾÃ

  Effect of Pre-loading on Short Fatigue Crack Growth at a NotchÐì¿ÉΪ,ºÎ¼ÒÎÄ,ÖܻݾÃÕª Òª:<Õý> Results indicate that under cyclic tension thegrowth rate of short fatigue crack from notch rootwill be lowered greatly by tensile pre-loading,butonly a little change by compressive pre-loading.The effect of tensile pre-loading will decrease withthe increase of stress......

• Mode of Fatigue Crack Initiation in Ti-55 Alloy

  À´Ô´£º ¡¶Rare Metals1997ÄêµÚ2ÆÚ¡·¡ª¡ªÀ×¼Ò·å À ÍõÖй⠺ú׳÷è

  Mode of Fatigue Crack Initiation in Ti-55 AlloyÀ×¼Ò·å,À,ÍõÖйâ,ºú׳÷èÕª Òª:£Í£ï£ä£å£ï£æ£Æ£á£ô£é£ç£õ£å£Ã£ò£á£ã£ë£É£î£é£ô£é£á£ô£é£ï£î£é£î£Ô£éª²£µ£µ£Á£ì£ï£ù£Ì£å£é£Ê£é£á£æ£å£î£ç,£Ì£é£Ä£ï£î£ç,£×£á£î£ç£Ú£è£ï£î£ç£ç£õ£á£î£ç£á£î£ä£È£õ£Ú£è£õ£á£î£ç£ñ£é(À×¼Ò·å)(À)(ÍõÖйâ)(ºú׳÷è)£Ë£å£ù£Ó£ô£á£ô£å£Ì£á£â£ï£ò£á£ô£ï£ò£ù£ï£æ£Æ£á...¹Ø¼ü´Ê:......

• Influence of chemical liquids on the fatigue crack growth of the AZ31 magnesium alloy

  À´Ô´£º ¡¶International Journal of Minerals Metallurgy and Materials2012ÄêµÚ3ÆÚ¡·¡ª¡ªZhang-zhong Wang,Xian-cong He,Yun-qiang Bai,Zhi-xin Ba,Yu-ming Dai,and Heng-zhi Zhou Department of Materials Science and Engineering,Nanjing Institute of Technology,Nanjing ,China

  Influence of chemical liquids on the fatigue crack growth of the AZ31 magnesium alloyZhang-zhong Wang,Xian-cong He,Yun-qiang Bai,Zhi-xin Ba,Yu-ming Dai,and Heng-zhi Zhou Department of Materials Science and Engineering,Nanjing Institute of Technology,Nanjing 211167,ChinaÕª Òª:The fatigue crack growth behavior of an AZ31 magnesium alloy was investigated......