将常规多晶材料的粗晶粒尺寸缩小到纳米尺度时,这些纳米晶体材料会呈现出与其对应的粗晶材料迥异的物理现象.与材料力学行为最相关的是强度及塑形变形机理这两个方面.考虑到晶界的变形与破坏可能是纳米晶体材料低塑性的根源,克服纳米晶体材料中强度与韧性之间存在的“熊掌和鱼不可兼得”的问题,也通常称为晶界工程.在众多的晶界中,孪晶界面被发现可同时保持材料的强度和韧性.本文主要就纳米金属材料中界面的力学行为做一个简要综述,包含晶界的强化力学机理以及新型孪晶界面的力学行为与揭示内在尺度效应的模型研究.
参考文献
| [1] | Feynman R.Caltech Eng Sci,1960; 23:22 |
| [2] | Taniguchi N.Proc Int Conf Prod Eng Tokyo,Part Ⅱ,Tokyo:Japan Society of Precision Engineering,1974:18 |
| [3] | Gleiter H.In:Hansen N,Leffers T,Lilholt H,eds.,Proc 2nd Riso International Symposium on Metallurgy and Materials Science,Roskilde:Riso National Laboratory,1981:15 |
| [4] | Gleiter H.Progress Mater Sci,1989; 33:223 |
| [5] | Hall E O.Proc Phys Soc,1951; 64B:747 |
| [6] | Petch N J.JIron SteelInst,1953; 174:25 |
| [7] | Peirls R.Proc Phys Soc,1940; 52:34 |
| [8] | Cottrell A H.Trans MetallSocAIME,1958; 212:192 |
| [9] | Li J C M.Trans Metall Soc AIME,1963; 227:239 |
| [10] | Coble R L.J Appl Phys,1963; 34:1679 |
| [11] | Koch C C.Structural Nanocrystalline Materials:Fundamentals and Applications.Cambridge:Cambridge University Press,2007 |
| [12] | Tjong S C.Nanocrystalline Materials:Their Synthesis-StructureProperty Relationships and Applications.London:Newnes,2013 |
| [13] | Kumar K S,Van Swygenhoven H,Suresh S.Acta Mater,2003;51:5743 |
| [14] | Meyers M A,Mishra A,Benson D J.Prog Mater Sci,2006; 51:427 |
| [15] | Zhu T T,Bushby A J,Dunstan D J.Mater Technol,2008; 23:193 |
| [16] | Dao M,Lu L,Asaro R J,De Hosson J T M,Ma E.Acta Mater,2007; 55:4041 |
| [17] | Wolf D,Yamakov V,Phillpot S R,Mukherjee A K,Gleiter H.A cta Mater,2005; 53:1 |
| [18] | Yamakov V,Wolf D,Phillpot S R,Mukherjee A K,Gleiter H.Nat Mater,2004; 3:43 |
| [19] | Zhu T,Li J.Prog Mater Sci,2010; 55:710 |
| [20] | Lu K,Lu L,Suresh S.Science,2009; 324:349 |
| [21] | Zhu Y T,Liao X Z,Wu X L.Prog Mater Sci,2012; 57:1 |
| [22] | Wei Y J.PhD Dissertation,Massachusetts Institute of Technology,2006 |
| [23] | Asaro R J,Krysl P,Kad B.Philos Mag Lett,2003; 83:733 |
| [24] | Zhu B,Asaro R J,Krysl P,Bailey R.Acta Mater,2005; 53:4825 |
| [25] | Asaro R J,Suresh S.Acta Mater,2005; 53:3369 |
| [26] | Shan Z W,Stach E A,Wiezorek J M K,Knapp J A,Follstaedt D M,Mao S X.Science,2004; 305:654 |
| [27] | Lu L,Sui M L,Lu K.Science,2000; 287:1463 |
| [28] | Wang H,Yang W.JMech Phys Solids,2004; 52:1151 |
| [29] | Yang W,Wang H.JMech Phys Solids,2004; 52:875 |
| [30] | Wei Y J,Gao H J.Mater Sci Eng,2008; A478:16 |
| [31] | Wei Y J,Anand L.JMech Phys Solids,2004; 52:2587 |
| [32] | Wei Y J,Su C,Anand L.Acta Mater,2006; 54:3177 |
| [33] | Wei Y J,Bower A F,Gao H J.JMech Phys Solids,2008; 56:1460 |
| [34] | Wei Y J,Bower A F,Gao H J.Acta Mater,2008; 56:1741 |
| [35] | Schiotz J,Tolla F D D,Jacobsen K W.Nature,1998; 39:561 |
| [36] | Li X Y,WeiY J,YangW,Gao H J.Proc Nat Acad Sci USA,2009;106:16108 |
| [37] | Ma E.JOM,2006; 58:49 |
| [38] | Hull D,Bacon D J.Introduction to Dislocations V.Oxford:Butterworth-Heinemann,2011:171 |
| [39] | Wu J T,Wei Y J.JMech Phys Solids,2013; 61:1421 |
| [40] | Kumar K S,Suresh S,Chisolm M F,Horton J A,Wang P.Acta Mater,2003; 51:387 |
| [41] | Yip S.NatMater,2004; 3:11 |
| [42] | Zhu Y T,Liao X Z.NatMater,2004; 3:351 |
| [43] | Liddicoat P V,Liao X Z,Zhao Y H,Zhu Y T,Murashkin M Y,Lavemia E J,Valiev R Z,Ringer S E Nat Comm,2010; 1:No.63 |
| [44] | Lu L,Shen Y,Chen X,Qian L,Lu K.Science,2004; 304:422 |
| [45] | Lu L,Chen X,Huang X,Lu K.Science,2009; 323:607 |
| [46] | Li X Y,WeiY J,Lu K,Lu L,Gao H J.Nature,2010; 464:877 |
| [47] | Zhou H F,Qu S X,Yang W.Model Simul Mater Sci Eng,2010;18:065002 |
| [48] | WeiY J.Phys Rev,2011; 84B:014107 |
| [49] | Idrissi H,Wang B J,Colla M S,Raskin J P,Schryvers D,Pardoen T.AdvMater,2011; 23:2119 |
| [50] | Jang D,Li X,Gao H,Greer J R.Nat Nanotechnol,2012; 7:594 |
| [51] | Greer J R.Nat Mater,2013; 12:689 |
| [52] | Bufford D,Wang H,Zhang X.Acta Mater,2011; 59:93 |
| [53] | Kulkarni Y,Asaro R J.Acta Mater,2009; 57:4835 |
| [54] | Zhang J J,Wei Y J,Sun T,Hartmaier A,Yah Y,Li X D.Phys Rev,2012; 85B:054109 |
| [55] | Tian Y J,Xu B,Yu D L,Ma Y M,Wang Y B,Jiang Y B,Hu W T,Tang C C,Gao Y E Luo K,Zhao Z S,Wang L M,Wen B,He J L,Liu Z Y.Nature,2013; 493:385 |
| [56] | Wang J W,Sansoz F,Huang J Y,Liu Y,Sun S H,Zhang Z,Mao S X.Nat Commun,2013; 4:No.1742 |
| [57] | Zhu L,Kou H,Lu J.Appl Phys Lett,2012; 101:081906 |
| [58] | Wang H T,Tao N R,Lu K.Acta Mater,2012; 60:4027 |
| [59] | Li Y Q,Zhu L C,Liu Y,Wei Y J,Wu Y X,Tang D,Mi Z L.J Mech Phys Solids,2013; 61:2588 |
| [60] | Lu L,Lu K.Acta Metall Sin,2010; 46:1422(卢磊,卢柯.金属学报,2010; 46:1422) |
| [61] | Zhu T,Gao H J.Scr Mater,2012; 66:843 |
| [62] | Jin Z H.ScrMater,2006; 54:1163 |
| [63] | Jin Z H.Acta Mater,2008; 56:1126 |
| [64] | Ni S,Wang Y,Liao X,Figueiredo R,Li H,Ringer S,Langdon T,Zhu Y.Acta Mater,2012; 60:3181 |
| [65] | You Z S,Lu L,Lu K.ActaMater,2011; 59:6927 |
| [66] | Matthews J W,Blakeslee A E.J Cryst Growth,1975; 29:273 |
| [67] | Freund L B.JApplMech,1987; 54:553 |
| [68] | Nix W.MetallMater Trans,1989; 20A:2217 |
| [69] | Hosford W E Mechanical Behavior of Materials.Cambridge:Cambridge University Press,2005:164 |
| [70] | Wei Y J.Mater Sci Eng,2011; A528:1558 |
| [71] | Wei Y J.PhysRev,2011; 83B:132104 |
| [72] | Fang T H,Li W L,Tao N R,Lu K.Science,2011; 331:1587 |
| [73] | Liu X C,Zhang H W,Lu K.Science,2013; 342:337 |
| [74] | Lu X L,Lu Q H,Li Y,Lu L.Scientific Reports,2013; 3:No.3319 |
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