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《IRON AND STEEL》 1999-01
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REGULARITY OF LOW CYCLE FATIGUE SURFACE CRACK GROWTH OF HULL STRUCTURAL STEELS

LI Chunlin (Luoyang Ship Materials Research Institute)  
Adopting the method of adding load by cantilever bending,making the total strain range Δε T as the measuring and controlling parameter,the surface crack growth rate for low cycle fatigue of hull structural steels is investigated The relationship between surface crack growth rate d(2c)/dN and Δε T has been obtained The calculating method of the life of structural fatigue and growth mechanism of the surface crack of low cycle fatigue have been raised
【CateGory Index】: TG115.57
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【References】
Chinese Journal Full-text Database 9 Hits
1 WU Fan;HUA Lin;Department of Naval Architecture Engineering,Naval University of Engineering;Naval Vessel Technical Evaluation Center for Hull Structure Strength;;Current status and prospects of reliability analysis of hull structures under corrosion and fatigue damage[J];中国舰船研究;2017-05
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3 ZHANG Ya-jun;Luoyang Ship Material Research Institute;;A New Method for Measuring Fatigue Damage of Metallic Materials under Cantilever Bend Loading[J];材料开发与应用;2014-03
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6 ZHANG Ya-jun1,WEI Ping-an2,ZHANG Li-juan1(1.Luoyang Ship Material Research Institute,Luoyang 471023,China; 2.Zhengzhou Railway Communication Co Ltd,Zhengzhou 450000,China);Evolution Law of Parameters in Surface Crack Propagation Rate Test under Cantilever Bend Loading[J];材料开发与应用;2013-02
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8 HAN Feng1,ZHANG Ya-jun2,ZHANG Li-juan2,GAO Ling-qing2(1.Representative Office of PLAN in the Factory NO.426,Dalian 116005,China; 2.Luoyang Ship Material Research Institute,Luoyang 471023,China);Test Study on Low Cycle Fatigue Surface Crack Propagation Rate for Pressure Vessel Steel[J];材料开发与应用;2011-04
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1 Zhang Yajun Liangjian Zhang Xinyao ZhaXiaoqin (725 Research Institute,China Shipbuilding Industry Corporation,Luoyang 471039,China);A Specimen for Surface Crack Growth by Loading at Cantilever Bend and Application[A];[C];2008
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【Co-references】
Chinese Journal Full-text Database 10 Hits
1 HUA Lin;WU Fan;ZHANG Jing;MA Xiao-long;Dept. of Naval Architecture Engineering,Naval Univ. of Engineering;Naval Vessel Technical Evaluation Center for Hull Structure Strength;;Analysis of calculation of ultimate strength of ship structure under pitting damage[J];海军工程大学学报;2017-03
2 Hua Lin;Wu Fan;Department of Naval Architecture Engineering,Naval University of Engineering;;Effect of loads parameters on structure reliability of warship in-service[J];华中科技大学学报(自然科学版);2017-05
3 HUA Lin;WU Fan;MU Jin-lei;LU Qing-liang;Department of Naval Architecture Engineering, Naval University of Engineering;;Safety evaluation of non-probabilistic reliability model of vessels in service[J];船舶力学;2017-02
4 Feng Guoqing;Hu Bingnan;Wu Mingyuan;Ren Huilong;College of Shipbuilding Engineering,Harbin Engineering University;Technology Research and Development Center,China Classification Society;;Ultimate strength analysis of the ship plate structure subjected to random corrosion degradation[J];华中科技大学学报(自然科学版);2015-12
5 ZHANG Ke-hui;HUA Lin;Equipment Supervision Section,Naval Dept.of Equipment;Dept.of Naval Architecture Engineering,Naval Univ.of Engineering;;Feasibility study of condition assessment of aging naval vessel′s longitudinal strength[J];海军工程大学学报;2015-05
6 HE Wentao;LIU Jingxi;XIE De;School of Naval Architecture and Ocean Engineering, Huazhong University of Science and Technology;Hubei Key Laboratory of Naval Architecture & Ocean Engineering Hydrodynamics;;Analysis of Fatigue Crack Growth in Longitudinals of Ship Hull and Fatigue Life[J];中国造船;2015-02
7 Hui-bin WU;Jin-ming LIANG;Di TANG;Xiao-tong LIU;Peng-cheng ZHANG;Yuan-jie YUE;National Engineering Research Center of Advanced Rolling Technology,University of Science and Technology Beijing;;Influence of Inclusion on Corrosion Behavior of E36 Grade Low-alloy Steel in Cargo Oil Tank Bottom Plate Environment[J];Journal of Iron and Steel Research(International);2014-11
8 GAO Song;XU Li;Nigel BARLTROP;WANG Dazheng;China Waterborne Transport Research Institute;School of Naval Architecture and Ocean Engineering,Harbin Institute of Technologyat Weihai;Department of Naval Architecture,Ocean and Marine Engineering, University of Strathclyde;;Fatigue Characteristics Assessment Method Based on Singularity Strength Theory[J];中国舰船研究;2014-05
9 ZHANG Yan, HUANG Yi, LIU Gang (State Key Laboratory of Structural Analysis for Industrial Equipment, School of Naval Architecture Engineering, Dalian University of Technology, Dalian 116024, China);Ultimate shear strength of ship structural plate with pitting corrosion damnification[J];船舶力学;2013-Z1
10 ZHANG Ya-jun,ZHANG Li-juan(Luoyang Ship Material Research Institute,Luoyang 471023,China);Influence of Residual Strain to Surface Crack Propagation Rate[J];材料开发与应用;2012-05
【Secondary References】
Chinese Journal Full-text Database 10 Hits
1 ZHANG Yajun;DANG Hengyao;Luoyang Ship Material Research Institute;;Some Problems Appeared in Fatigue and Fracture Test of Materials(2)[J];材料开发与应用;2017-02
2 ZHANG Yajun;Luoyang Ship Material Research Institute;;Some Problems Appeared in Fatigue and Fracture Test of Materials( 1)[J];材料开发与应用;2017-01
3 ZHANG Yajun;Luoyang Ship Material Research Institute;;Design and Application of Fatigue Test Machine under Cantilever Bend Loading[J];材料开发与应用;2016-05
4 XU Lei;LONG Wei;LIN Si-jian;School of Manufacturing Science and Engineering Sichuan University;;New Method of Residual Life Prediction for Pressure Vessel Surface Crack Defects Based on the Crack Failure Path[J];科学技术与工程;2016-28
5 KONG Lingchao;School of Mechanical Engineering, Shanghai Institute of Technology;;Study on Properties of Nodular Cast Iron Used for Pressure Vessel[J];铸造技术;2015-12
6 ZHANG Ya-jun;Luoyang Ship Material Research Institute;;Study on S-N Curve Test for 10CrNiMo Steel under Cantilever Bend Loading[J];材料开发与应用;2015-03
7 LI Chong;GONG Xu-hui;WANG Ren-fu;Luoyang Ship Material Research Institute;;Numerical Simulation of Stress Intensity Factor of Surface Crack under Biaxial-bending Loading[J];材料开发与应用;2015-02
8 ZHANG Li-juan;ZHANG Ya-jun;GAO Ling-qing;Luoyang Ship Material Research Institute;;Study on Relationship Between Length and Depth of Surface Crack Propagation under Cantilever Bend Loading[J];材料开发与应用;2014-04
9 ZHANG Ya-jun;Luoyang Ship Material Research Institute;;A New Method for Measuring Fatigue Damage of Metallic Materials under Cantilever Bend Loading[J];材料开发与应用;2014-03
10 ZHANG Ya-Jun;Luoyang Ship Material Research Institute;;Study on Correlation between Surface Crack Length and Displacement of Loaded Point under Cantilever Bending Loading[J];材料开发与应用;2014-02
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