多尺度结构金属材料强韧化机制与断裂规律
50890173
2008
E0104.金属结构材料与力学行为
张哲峰
重大项目
研究员
中国科学院金属研究所
410万元
金属材料；力学性能；界面损伤；强韧化机制；断裂规律
2009-01至2012-12
- 中英文摘要
- 结题摘要
- 结题报告
- 项目成果
- 项目参与人
查看更多信息请先登录或注册
查看更多信息请先登录或注册
查看更多信息请先登录或注册
| 序号 | 标题 | 类型 | 作者 |
|---|---|---|---|
| 1 | Microstructures and tensile deformation behavior of Cu-16 wt.% Ag binary alloy | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Zhang, Z. F.|Zhang, Z. F.| |
| 2 | Tensile Deformation Behaviors of Cu-Ni Alloy Processed by Equal Channel Angular Pressing | 期刊论文 | Wang, Jiangwei|Wang, Jiangwei|Zhang, Peng|Zhang, Peng|Duan, Qiqiang|Duan, Qiqiang|Yang, Gang|Yang, Gang|Wu, Shiding|Wu, Shiding|Zhang, Zhefeng|Zhang, Zhefeng| |
| 3 | Twin boundary: Stronger or weaker interface to resist fatigue cracking? | 期刊论文 | Zhang, P.|Zhang, Z. J.|Li, L. L.|Zhang, Z. F.| |
| 4 | Microstructures and strengthening mechanisms of Cu/Ni/W nanolayered composites | 期刊论文 | J. W. Yan|J. W. Yan|G. P. Zhang|G. P. Zhang|X. F. Zhu|X. F. Zhu|H. S. Liu|H. S. Liu|C. Yan|C. Yan| |
| 5 | Microstructural evolution and shear fracture of Cu-16 at.% Al alloy induced by equal channel angular pressing | 期刊论文 | An, X. H.|Lin, Q. Y.|Wu, S. D.|Zhang, Z. F.| |
| 6 | Deformation behavior and enhanced plasticity of Ti-based metallic glasses with notches | 期刊论文 | Zhao, J. X.|Zhao, J. X.|Qu, R. T.|Qu, R. T.|Wu, F. F.|Wu, F. F.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 7 | General relation between tensile strength and fatigue strength of metallic materials | 期刊论文 | J. C. Pang|J. C. Pang|S. X. Li|S. X. Li|Z. G. Wang|Z. G. Wang|Z. F. Zhang|Z. F. Zhang| |
| 8 | Microstructures, strengthening mechanisms and fracture behavior of Cu-Ag alloys processed by high-pressure torsion | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Li, J. J.|Li, J. J.|Zhang, P.|Zhang, P.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Kawasaki, M.|Kawasaki, M.|Langdon, T. G.|Langdon, T. G.| |
| 9 | Evolution of initial grain boundaries and shear bands in Cu bicrystals during one-pass equal-channel angular pressing | 期刊论文 | Han, W. Z.|Han, W. Z.|Yang, H. J.|Yang, H. J.|An, X. H.|An, X. H.|Yang, R. Q.|Yang, R. Q.|Li, S. X.|Li, S. X.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.| |
| 10 | Transition of Failure Mode and Enhanced Plastic Deformation of Metallic Glass by Multiaxial Confinement | 期刊论文 | Wu, Fu-Fa|Wu, Fu-Fa|Zhang, Zhe-Feng|Zhang, Zhe-Feng|Mao, Scott Xing-Yuan|Mao, Scott Xing-Yuan| |
| 11 | Microstructural evolution and mechanical properties of a two-phase Cu-Ag alloy processed by high-pressure torsion to ultrahigh strains | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 12 | Effect of orientation on the cyclic deformation behavior of silver single crystals: Comparison with the behavior of copper and nickel single crystals | 期刊论文 | Li, P.|Li, P.|Zhang, Z. F.|Zhang, Z. F.|Li, X. W.|Li, X. W.|Li, S. X.|Li, S. X.|Wang, Z. G.|Wang, Z. G.| |
| 13 | Delaying premature local necking of high-strength Cu: A potential way to enhance plasticity | 期刊论文 | H. S. Liu|H. S. Liu|B. Zhang|B. Zhang|G. P. Zhang|G. P. Zhang| |
| 14 | Deformation and fracture behaviors of Co-based metallic glass and its composite with dendrites | 期刊论文 | Fan, J. T.|Fan, J. T.|Zhang, Z. F.|Zhang, Z. F.|Mao, S. X.|Mao, S. X.|Shen, B. L.|Shen, B. L.|Inoue, A.|Inoue, A.| |
| 15 | The effect of stacking fault energy on equilibrium grain size and tensile properties of nanostructured copper and copper–aluminum alloys processed by equal channel angular pressing | 期刊论文 | C. X. Huang|C. X. Huang|W. Hu|W. Hu|G. Yang|G. Yang|Z. F. Zhang|Z. F. Zhang|S. D. Wu|S. D. Wu|Q. Y. Wang|Q. Y. Wang|G. Gottstein|G. Gottstein| |
| 16 | Influence of stacking-fault energy on the accommodation of severe shear strain in Cu-Al alloys during equal-channel angular pressing | 期刊论文 | An, Xianghai|An, Xianghai|Lin, Qingyun|Lin, Qingyun|Qu, Shen|Qu, Shen|Yang, Gang|Yang, Gang|Wu, Shiding|Wu, Shiding|Zhang, Zhe-Feng|Zhang, Zhe-Feng| |
| 17 | Bulk eutectic Cu-Ag alloys with abundant twin boundaries | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Zhang, Z. F.|Zhang, Z. F.| |
| 18 | Low-cycle fatigue-cracking mechanisms in fcc crystalline materials | 期刊论文 | Wu, S. D.|Li, S. X.|Wang, Z. G.|Zhang, Z. F.| |
| 19 | Effects of equal channel angular pressing on the strength and toughness of Al-Cu alloys | 期刊论文 | Fang, D. R.|Fang, D. R.|Tian, Y. Z.|Tian, Y. Z.|Duan, Q. Q.|Duan, Q. Q.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Zhao, N. Q.|Zhao, N. Q.|Li, J. J.|Li, J. J.| |
| 20 | Mechanical Behaviors of Ultrafine-Grained 301 Austenitic Stainless Steel Produced by Equal-Channel Angular Pressing | 期刊论文 | Huang, C. X.|Huang, C. X.|Yang, G.|Yang, G.|Wang, C.|Wang, C.|Zhang, Z. F.|Zhang, Z. F.|Wu, S. D.|Wu, S. D.| |
| 21 | Shear band evolution during large plastic deformation of brittle and ductile metallic glasses | 期刊论文 | Cui, J. W.|Qu, R. T.|Wu, F. F.|Zhang, Z. F.|Shen, B. L.|Stoica, M.|Eckert, J.| |
| 22 | A universal fracture criterion for high-strength materials | 期刊论文 | R. T. Qu|R. T. Qu|Z. F. Zhang|Z. F. Zhang| |
| 23 | Formation mechanisms of cyclic saturation dislocation patterns in [001], [011] and [(1)over-bar 1 1] copper single crystals | 期刊论文 | Li, P.|Li, P.|Li, S. X.|Li, S. X.|Wang, Z. G.|Wang, Z. G.|Zhang, Z. F.|Zhang, Z. F.| |
| 24 | Shear stability of metallic glasses | 期刊论文 | Wu, F. F.|Wu, F. F.|Zheng, W.|Zheng, W.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Shen, J.|Shen, J.| |
| 25 | Enhancement of mechanical properties of heat-resistant martensitic steel processed by equal channel angular pressing | 期刊论文 | Yang, G.|Yang, G.|Huang, C. X.|Huang, C. X.|Wang, C.|Wang, C.|Zhang, L. Y.|Zhang, L. Y.|Hu, C.|Hu, C.|Zhang, Z. F.|Zhang, Z. F.|Wu, S. D.|Wu, S. D.| |
| 26 | Direct observations on the evolution of shear bands into cracks in metallic glass | 期刊论文 | Qu, Rui-Tao|Wu, Fu-Fa|Zhang, Zhe-Feng|Eckert, Juergen| |
| 27 | On plasticity and fracture of nanostructured Cu/X (X=Au, Cr) multilayers: The effects of length scale and interface/boundary | 期刊论文 | Y. P. Li|Y. P. Li|G. P. Zhang|G. P. Zhang| |
| 28 | Achieving homogeneity in a two-phase Cu–Ag composite during high-pressure torsion | 期刊论文 | Y. Z. Tian|Y. Z. Tian|Z. F. Zhang|Z. F. Zhang|T. G. Langdon|T. G. Langdon| |
| 29 | Cyclic deformation and fatigue cracking behaviors of Cu-28wt%Ag binary alloy | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Zhang, Z. F.|Zhang, Z. F.|Wang, Z. G.|Wang, Z. G.| |
| 30 | Stability of interfaces in a multilayered Ag–Cu composite during cold rolling | 期刊论文 | Y. Z. Tian|Y. Z. Tian|Z. F. Zhang|Z. F. Zhang| |
| 31 | Evolution of microstructural homogeneity in copper processed by high-pressure torsion | 期刊论文 | An, X. H.|An, X. H.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 32 | Achieving macroscopic tensile plasticity of monolithic bulk metallic glass by surface treatment | 期刊论文 | R. T. Qu|R. T. Qu|Q. S. Zhang|Q. S. Zhang|Z. F. Zhang|Z. F. Zhang| |
| 33 | Plastic deformability of metallic glass by artificial macroscopic notches | 期刊论文 | Zhao, J. X.|Zhao, J. X.|Wu, F. F.|Wu, F. F.|Qu, R. T.|Qu, R. T.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 34 | High-cycle fatigue and fracture behaviours of Cu-Be alloy with a wide strength range | 期刊论文 | J. C. Pang|J. C. Pang|S. X. Li|S. X. Li|Z. F. Zhang|Z. F. Zhang| |
| 35 | Tensile fracture morphologies of bulk metallic glass | 期刊论文 | Qu, R. T.|Qu, R. T.|Stoica, M.|Stoica, M.|Eckert, J.|Eckert, J.|Zhang, Z. F.|Zhang, Z. F.| |
| 36 | Metallic glasses: Notch-insensitive materials | 期刊论文 | Qu, R. T.|Qu, R. T.|Calin, M.|Calin, M.|Eckert, J.|Eckert, J.|Zhang, Z. F.|Zhang, Z. F.| |
| 37 | Tensile fracture dynamics and intrinsic plasticity of metallic glasses | 期刊论文 | J. W. Cui|J. W. Cui|M. Calin|M. Calin|J. Eckert|J. Eckert|Z. F. Zhang|Z. F. Zhang| |
| 38 | Tensile and low-cycle fatigue properties of Mg-2.8% Al-1.1% Zn-0.4% Mn alloy along the transverse and rolling directions | 期刊论文 | Lv, F.|Lv, F.|Yang, F.|Yang, F.|Duan, Q. Q.|Duan, Q. Q.|Luo, T. J.|Luo, T. J.|Yang, Y. S.|Yang, Y. S.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 39 | Formation of nanostructure and abnormal annealing behavior of a Cu–Ag–Zr alloy processed by high-pressuretorsion | 期刊论文 | Y. Z. Tian|Y. Z. Tian|J. Freudenberger|J. Freudenberger|R. Pippan|R. Pippan|Z. F. Zhang|Z. F. Zhang| |
| 40 | Formation of fivefold deformation twins in an ultrafine-grained copper alloy processed by high-pressure torsion | 期刊论文 | An, X. H.|An, X. H.|Lin, Q. Y.|Lin, Q. Y.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 41 | Assessment of tearing resistance of ductile metals: Using a new concept of tearing toughness | 期刊论文 | Li, C. H.|Li, C. H.|Duan, Q. Q.|Duan, Q. Q.|Zhang, Z. F.|Zhang, Z. F.| |
| 42 | Analysis on shear deformation mechanism of metallic glass under confined bending test | 期刊论文 | Zhao, J. X.|Wu, F. F.|Zhang, Z. F.| |
| 43 | Higher fatigue cracking resistance of twin boundaries than grain boundaries in Cu bicrystals | 期刊论文 | Li, L. L.|Zhang, Z. J.|Zhang, P.|Zhang, Z. F.| |
| 44 | Effects of dislocation slip mode on high-cycle fatigue behaviors of ultrafine-grained Cu-Zn alloy processed by equal-channel angular pressing | 期刊论文 | Z. J. Zhang|Z. J. Zhang|X. H. An|X. H. An|P. Zhang|P. Zhang|M. X. Yang|M. X. Yang|G. Yang|G. Yang|S. D. Wu|S. D. Wu|Z. F. Zhang|Z. F. Zhang| |
| 45 | Comparative investigation of strength and plastic instability in Cu/Au and Cu/Cr multilayers by indentation | 期刊论文 | Y. P. Li|Y. P. Li|X. F. Zhu|X. F. Zhu|J. Tan|J. Tan|B. Wu|B. Wu|W. Wang|W. Wang|G. P. Zhang|G. P. Zhang| |
| 46 | MICROSTRUCTURE EVOLUTION AND MECHANICAL PROPERTIES OF FCC METALLIC MATERIALS SUBJECTED TO EQUAL CHANNEL ANGULAR PRESSING | 期刊论文 | Wu Shiding|An Xianghai|Han Weizhong|Qu Shen|Zhang Zhefeng| |
| 47 | Microstructure and mechanical properties of Cu and Cu-Zn alloys produced by equal channel angular pressing | 期刊论文 | Zhang, Z. J.|Zhang, Z. J.|Duan, Q. Q.|Duan, Q. Q.|An, X. H.|An, X. H.|Wu, S. D.|Wu, S. D.|Yang, G.|Yang, G.|Zhang, Z. F.|Zhang, Z. F.| |
| 48 | Significance of stacking fault energy on microstructural evolution in Cu and Cu-Al alloys processed by high-pressure torsion | 期刊论文 | An, X. H.|An, X. H.|Lin, Q. Y.|Lin, Q. Y.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 49 | Direct observations of microstructural evolution in a two-phase Cu-Ag alloy processed by high-pressure torsion | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|An, X. H.|An, X. H.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 50 | Effect of sample size on ductility of metallic glass | 期刊论文 | Wu, F. F.|Zhang, Z. F.|Mao, S. X.|Eckert, J.| |
| 51 | On strain-localized damage in nanoscale Cu-Ta multilayers on a flexible substrate | 期刊论文 | X. F. Zhu|X. F. Zhu|Y. P. Li|Y. P. Li|G. P. Zhang|G. P. Zhang|S. J. Zhu|S. J. Zhu| |
| 52 | Tensile and Fatigue Properties of Free-Standing Cu Foils | 期刊论文 | C. Dai|C. Dai|X. Zhu|X. Zhu|G. Zhang|G. Zhang| |
| 53 | Effects of Route on Microstructural Evolution and Mechanical Properties of Cu-8 Wt Pct Ag Alloy Processed by Equal Channel Angular Pressing | 期刊论文 | Tian, Yan-Zhong|Tian, Yan-Zhong|Duan, Qi-Qiang|Duan, Qi-Qiang|Yang, Hua-Jie|Yang, Hua-Jie|Zou, He-Fei|Zou, He-Fei|Yang, Gang|Yang, Gang|Wu, Shi-Ding|Wu, Shi-Ding|Zhang, Zhe-Feng|Zhang, Zhe-Feng| |
| 54 | Enhanced plastic deformation in a metallic glass induced by notches | 期刊论文 | Zhao, J. X.|Zhao, J. X.|Qu, R. T.|Qu, R. T.|Wu, F. F.|Wu, F. F.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 55 | Fatigue cracking at twin boundary: Effect of dislocation reactions | 期刊论文 | Zhang, Z. J.|Li, L. L.|Zhang, P.|Zhang, Z. F.| |
| 56 | Deformation and fracture behaviors of Ti-based metallic glass under multiaxial stress state | 期刊论文 | Wu, F. F.|Wu, F. F.|Zheng, W.|Zheng, W.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Shen, J.|Shen, J.| |
| 57 | Microstructural evolution and mechanical properties of Cu-Al alloys subjected to equal channel angular pressing | 期刊论文 | Qu, S.|Qu, S.|An, X. H.|An, X. H.|Yang, H. J.|Yang, H. J.|Huang, C. X.|Huang, C. X.|Yang, G.|Yang, G.|Zang, Q. S.|Zang, Q. S.|Wang, Z. G.|Wang, Z. G.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.| |
| 58 | Effect of crystallographic orientation and grain boundary character on fatigue cracking behaviors of coaxial copper bicrystals | 期刊论文 | L.L. Li|P. Zhang|Z.J. Zhang|Z.F. Zhang| |
| 59 | Investigation of deformation instability of Au/Cu multilayers by indentation | 期刊论文 | Y. P. Li|Y. P. Li|X. F. Zhu|X. F. Zhu|G. P. Zhang|G. P. Zhang|J. Tan|J. Tan|W. Wang|W. Wang|B. Wu|B. Wu| |
| 60 | Intrinsic size effects in the mechanical response of taper-free nanopillars of metallic glass | 期刊论文 | C. Q. Chen|C. Q. Chen|Y. T. Pei|Y. T. Pei|O. Kuzmin|O. Kuzmin|Z. F. Zhang|Z. F. Zhang|E. Ma|E. Ma|J. T. M. De Hosson|J. T. M. De Hosson| |
| 61 | Serrated flow behavior induced by blunt mechanism of shear crack propagation in metallic glass | 期刊论文 | Fan, J. T.|Fan, J. T.|Zhang, Z. F.|Zhang, Z. F.|Mao, S. X.|Mao, S. X.|Shen, B. L.|Shen, B. L.|Eckert, J.|Eckert, J.| |
| 62 | Tearing toughness of annealed Cu-Al alloy sheets with different Al contents | 期刊论文 | Li, C. H.|Li, C. H.|Duan, Q. Q.|Duan, Q. Q.|Qu, S.|Qu, S.|Zhang, Z. F.|Zhang, Z. F.| |
| 63 | Enhanced strength-ductility synergy in nanostructured Cu and Cu-Al alloys processed by high-pressure torsion and subsequent annealing | 期刊论文 | An, X. H.|An, X. H.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 64 | Design of ductile bulk metallic glasses by adding ``soft'' atoms | 期刊论文 | N. Zheng|N. Zheng|R. T. Qu|R. T. Qu|S. Pauly|S. Pauly|M. Calin|M. Calin|T. Gemming|T. Gemming|Z. F. Zhang|Z. F. Zhang|J. Eckert|J. Eckert| |
| 65 | Shear banding observations in Cu-16 wt.% Ag alloy subjected to one-pass equal channel angular pressing | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Han, W. Z.|Han, W. Z.|Yang, H. J.|Yang, H. J.|Li, S. X.|Li, S. X.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.| |
| 66 | Tensile and fatigue properties of ultrafine Cu-Ni multilayers | 期刊论文 | X. F. Zhu|X. F. Zhu|G. P. Zhang|G. P. Zhang| |
| 67 | General relationship between strength and hardness | 期刊论文 | Zhang, P.|Zhang, P.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 68 | Tensile fracture criterion of metallic glass | 期刊论文 | Qu, R. T.|Qu, R. T.|Eckert, J.|Eckert, J.|Zhang, Z. F.|Zhang, Z. F.| |
| 69 | Strain hardening behavior of a two-phase Cu-Ag alloy processed by high-pressure torsion | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 70 | Optimizing strength and ductility of Cu–Zn alloys through severe plastic deformation | 期刊论文 | P. Zhang|P. Zhang|X. H. An|X. H. An|Z. J. Zhang|Z. J. Zhang|S. D. Wu|S. D. Wu|S. X. Li|S. X. Li|Z. F. Zhang|Z. F. Zhang|R. B. Figueiredo|R. B. Figueiredo|N. Gao|N. Gao|T. G. Langdon|T. G. Langdon| |
| 71 | Fatigue properties of rolled magnesium alloy (AZ31) sheet: Influence of specimen orientation | 期刊论文 | Lv, F.|Lv, F.|Yang, F.|Yang, F.|Duan, Q. Q.|Duan, Q. Q.|Yang, Y. S.|Yang, Y. S.|Wu, S. D.|Wu, S. D.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 72 | Scale-dependent fracture mode in Cu-Ni laminate composites | 期刊论文 | X. F. Zhu|X. F. Zhu|G. P. Zhang|G. P. Zhang|C. Yan|C. Yan|S. J. Zhu|S. J. Zhu|J. Sun|J. Sun| |
| 73 | The influence of stacking fault energy on the mechanical properties of nanostructured Cu and Cu-Al alloys processed by high-pressure torsion | 期刊论文 | An, X. H.|An, X. H.|Lin, Q. Y.|Lin, Q. Y.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 74 | Enhanced toughness and fatigue strength of cold roll bonded Cu/Cu laminated composites with mechanical contrast | 期刊论文 | H. S. Liu|H. S. Liu|B. Zhang|B. Zhang|G. P. Zhang|G. P. Zhang| |
| 75 | Fundamental factors on formation mechanism of dislocation arrangements in cyclically deformed fcc single crystals | 期刊论文 | Li, P.|Li, P.|Li, S. X.|Li, S. X.|Wang, Z. G.|Wang, Z. G.|Zhang, Z. F.|Zhang, Z. F.| |
| 76 | Tensile and fatigue properties of ultrafine-grained low-carbon steel processed by equal channel angular pressing | 期刊论文 | Pang, J. C.|Pang, J. C.|Yang, M. X.|Yang, M. X.|Yang, G.|Yang, G.|Wu, S. D.|Wu, S. D.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 77 | Macroscopic tensile plasticity of bulk metallic glass through designed artificial defects | 期刊论文 | Qu, R. T.|Qu, R. T.|Zhao, J. X.|Zhao, J. X.|Stoica M.|Stoica M.|Eckert, J.|Eckert, J.|Zhang, Z. F.|Zhang, Z. F.| |
| 78 | Comparison of compressive deformation and fracture behaviors of Zr- and Ti-based metallic glasses with notches | 期刊论文 | Zhao, J. X.|Zhao, J. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 79 | Cyclic deformation and fatigue damage behaviors of [(1)over-bar414] oriented Ag single crystal | 期刊论文 | Li, P.|Li, P.|Zhang, Z. F.|Zhang, Z. F.|Li, S. X.|Li, S. X.|Wang, Z. G.|Wang, Z. G.| |
| 80 | Structure and mechanical properties of Saxidomus purpuratus biological shells | 期刊论文 | W. Yang|W. Yang|G. P. Zhang|G. P. Zhang|X. F. Zhu|X. F. Zhu|X. W. Li|X. W. Li|M. A. Meyers|M. A. Meyers| |
| 81 | Enhancing strength and ductility of Mg-12Gd-3Y-0.5Zr alloy by forming a bi-ultrafine microstructure | 期刊论文 | Yang, H. J.|Yang, H. J.|An, X. H.|An, X. H.|Shao, X. H.|Shao, X. H.|Yang, X. M.|Yang, X. M.|Li, S. X.|Li, S. X.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.| |
| 82 | Fatigue cracking at twin boundaries: Effects of crystallographic orientation and stacking fault energy | 期刊论文 | Zhang, Z. J.|Zhang, P.|Li, L. L.|Zhang, Z. F.| |
| 83 | Effects of stacking fault energy on the thermal stability and mechanical properties of nanostructured Cu-Al alloys during thermal annealing | 期刊论文 | An, X. H.|An, X. H.|Qu, S.|Qu, S.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.| |
| 84 | Fatigue strengths of Cu-Be alloy with high tensile strengths | 期刊论文 | Pang, J. C.|Pang, J. C.|Duan, Q. Q.|Duan, Q. Q.|Wu, S. D.|Wu, S. D.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 85 | Effects of hysteresis energy and mean stress on low-cycle fatigue behaviors of an extruded magnesium alloy | 期刊论文 | Lv, F.|Lv, F.|Yang, F.|Yang, F.|Li, S. X.|Li, S. X.|Zhang, Z. F.|Zhang, Z. F.| |
| 86 | Two different types of shear-deformation behaviour in Au-Cu multilayers | 期刊论文 | Y. P. Li|Y. P. Li|X. F. Zhu|X. F. Zhu|J. Tan|J. Tan|B. Wu|B. Wu|G. P. Zhang|G. P. Zhang| |
| 87 | Comparison of microstructures and mechanical properties of a Cu-Ag alloy processed using different severe plastic deformation modes | 期刊论文 | Tian, Y. Z.|Tian, Y. Z.|Wu, S. D.|Wu, S. D.|Zhang, Z. F.|Zhang, Z. F.|Figueiredo, R. B.|Figueiredo, R. B.|Gao, N.|Gao, N.|Langdon, T. G.|Langdon, T. G.| |
| 88 | Microstructures and Mechanical Properties of Al/Mg Alloy Multilayered Composites Produced by Accumulative Roll Bonding | 期刊论文 | H. S. Liu|H. S. Liu|B. Zhang|B. Zhang|G. P. Zhang|G. P. Zhang| |
查看更多信息请先登录或注册
趋势报告
