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| EXPLORATION OF A NEW APPROACH TO IMPROVE FATIGUE PROPERTY OF MATERIALSⅠ--An Increased Fatigue Life of Low Carbon Steel |
| SHEN Yifu; ZHOU Benlian; HE Guanhu; YAO Ge; YAN Hongchun(Institute of Metal Research;Chinese Academy of Sciences)(International Centrefor Materials Physics; Chinese Academy of Sciences)(State Key Laboratory for Fatigue and Fracture of Materials;Institute |
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Cite this article:
SHEN Yifu; ZHOU Benlian; HE Guanhu; YAO Ge; YAN Hongchun(Institute of Metal Research;Chinese Academy of Sciences)(International Centrefor Materials Physics; Chinese Academy of Sciences)(State Key Laboratory for Fatigue and Fracture of Materials;Institute . EXPLORATION OF A NEW APPROACH TO IMPROVE FATIGUE PROPERTY OF MATERIALSⅠ--An Increased Fatigue Life of Low Carbon Steel. Chin J Mater Res, 1996, 10(2): 165-166.
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Abstract By using high density electric current pulses treated low carbon steel, the possibility to improve fatigue property of material was investigated. The results show that the fatigue property of the low carbon steel treated by high density electric current p
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Received: 25 April 1996
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| 1ZhouBL,ShiCX,C—MRSIntern．’90,FrontiersofMaterialsResearch．//ElectronicandOpticalMaterials(ed．M．KongandLHuang,Amsterdam,theNetherlands,ElsevierSciencePublishersB．V．)1991:1372TangDW,CaoH,ZhouBL,HeGH,ZhangCGJApplPhys,1993,73:37493SprecherAF,MannanSL,ConradHActaMetall,1986,34:11454ConradH,SprecherAF．TheelectroplasticeffectinMatters,inF．R．N．Nabarro,DislocationsinSolids,Vol．8,Elsevier,Amsterdam,1989;5ConradH,WhiteJ,CaoWD,LuXP,SprecherAFMaterialScienceandEngineering,A1991,45:16CaoWD,ConradHFatigueFractEngngMaterStruct,1992．6:57 |
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