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OALib Journal期刊
ISSN: 2333-9721
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gummetal钛合金研究进展
Keywords: 金属材料,gummetal,综述,合金设计,？制备工艺,？变形机制
Abstract:
？gummetal特指一类符合某些特定电子状态参数和成分条件的钛合金,具有很多特异的性能,如室温超塑性、低加工硬化率,经历超过90%的冷旋锻后具有高强度、非线性超弹性、低的杨氏模量,以及invar和elinvar性能等。自gummetal问世以来,其特异性能的机理和变形机制便一直存在很大的争议。本文结合作者近几年的研究工作,从合金设计、制备工艺、性能、成分敏感性和塑性变形行为等几个方面,综合评述了该类合金的研究现状。
| [1] | 13h.ikehata,n.nagasako,s.kuramoto,t.saito,designingnewstructuralmaterialsusingdensityfunctionaltheory:theexampleofgummetal,mrsbulletin,31(9),688(2006)
|
| [2] | 14t.aoyama,h.kawamura,s.kotake,y.suzuki,influenceofcontainerlesssolidificationonhardnessinmultifunctionaltitaniumbasedalloys,keyengineeringmaterials,
|
| [3] | 297–300,495(2005)
|
| [4] | 15y.yang,g.p.li,g.m.cheng,h.wang,m.zhang,f.xu,k.yang,stress–introducedαmartensiteandtwinninginamultifunctionaltitaniumalloy,scriptamaterialia,58(1),9(2008)
|
| [5] | 16r.j.talling,r.j.dashwood,m.jackson,d.dye,onthemechanismofsuperelasticityingummetal,actamaterialia,57(4),1188(2009)
|
| [6] | 17r.j.talling,r.j.dashwood,m.jackson,s.kuramotoc,d.dye,determinationof(c11–c12)inti–36nb–2ta–3zr–0.3o(wt.%)(gummetal),scriptamaterialia,59(6),669(2008)
|
| [7] | 21y.yang,s.q.wu,g.p.li,y.l.li,y.f.lu,k.yang,p.ge,evolutionofdeformationmechanismsofti–22.4nb–0.73ta–2zr–1.34oalloyduringstraining,actamaterialia,58(7),2778(2010)
|
| [8] | 22yangyi,ligeping,wusongquan,liyulan,yangke,effectofnbcontentonflowbehaviorofti–nb–0.7ta–2zr–1.4oalloyduringcoldcompression,thechinesejournalofnonferrousmetals,20s,495(2010)
|
| [9] | (杨义,李阁平,吴松全,李玉兰,杨柯,nb含量对ti--nb--0.7ta--2zr--1.4o合金室温压缩流变行为的影响,中国有色金属学报,20s,495(2010))
|
| [10] | 23h.xing,w.y.guo,j.sun,substructureofrecoveredti–23nb–0.7ta–2zr–0alloy,transactionsofnonferrousmetalssocietyofchina,17(6),1456(2007)
|
| [11] | 24h.xing,j.sun,mechanicaltwinningandomegatransitionby<111>{112}shearinametastableβtitaniumalloy,appliedphysicsletters,93(3),031908(2008)
|
| [12] | 25h.xing,j.sun,q.yao,w.y.guo,r.chen,originofsubstantialplasticdeformationingummetals,appliedphysicsletters,92(15),151905(2008)
|
| [13] | 26e.withey,m.jin,a.minor,s.kuramoto,d.c.chrzan,j.w.m.jr.,thedeformationof'gummetal(innanoindentation,materialsscienceandengineeringa,493(1–2),26(2008)
|
| [14] | 27e.a.withey,a.m.minor,d.c.chrzan,j.w.m.jr.,s.kuramoto,thedeformationofgummetalthroughinsitucompressionofnanopillars,actamaterialia,58(7),2652(2010)
|
| [15] | 28e.a.withey,j.ye,a.m.minor,s.kuramoto,d.c.chrzan,j.w.m.jr.,nanomechanicaltestingofgummetal,experimentalmechanics,50(1),37(2010)
|
| [16] | 29l.q.wang,w.j.lu,j.n.q,f.zhang,d.zhang,influenceofcolddeformationonmartensitetransformationandmechanicalpropertiesofti–nb–ta–zralloy,journalofalloys
|
| [17] | andcompounds,469(1–2),512(2008)
|
| [18] | 30l.q.wang,w.j.lu,j.n.qin,f.zhang,d.zhang,microstructureandmechanicalpropertiesofcold–rolledtinbtazrbiomedicalβtitaniumalloy,materialsscienceandengineeringa,490(1–2),421(2008)
|
| [19] | 42h.y.kim,y.ikehara,j.i.kim,h.hosoda,s.miyazaki,martensitictransformation,shapememoryeffectandsuperelasticityofti–nbbinaryalloys,actamaterialia,54(9),2419(2006)
|
| [20] | 43h.s.kim,s.h.lim,i.d.yeo,w.y.kim,stress–inducedmartensitictransformationofmetastableβ–titaniumalloy,materialsscienceandengineeringa,449–451,322(2007)
|
| [21] | 40s.hanada,o.izumi,transmissionelectronmicroscopicobservationsofmechanicaltwinninginmetastablebetatitaniumalloys,metallurgicaltransactionsa,17(8),1409(1986)
|
| [22] | 41s.hanada,m.ozeki,o.izumi,deformationcharacteristicsinβphaseti–nballoys,metallurgicaltransactionsa,16(5),789(1985)
|
| [23] | 1t.saito,t.furuta,j.h.hwang,s.kuramoto,k.nishino,n.suzuki,r.chen,a.yamada,k.ito,y.seno,t.nonaka,h.ikehata,n.nagasako,c.iwamoto,y.ikuhara,t.sakuma,multifunctionalalloysobtainedviaadislocation–freeplasticdeformationmechanism,science,300(18),464(2003)
|
| [24] | 2j.hwang,s.kuramoto,t.furuta,k.nishino,t.saito,phase–stabilitydependenceofplasticdeformationbehaviorinti–nb–ta–zr–oalloys,journalofmaterialsengineeringandperformance,14(6),747(2005)
|
| [25] | 3s.kuramoto,t.furuta,j.h.hwang,k.nishino,t.saito,ebspanalysisonmicrostructureofgummetalafterplasticdeformation,journalofthejapaninstituteofmetals,69(11),953(2005)
|
| [26] | 4s.kuramoto,t.furuta,j.h.hwang,k.nishino,t.saito,plasticdeformationinamultifunctionalti–nb–ta–zr–oalloy,metallurgicalandmaterialstransactionsa,37(3),657(2006)
|
| [27] | 5t.furuta,s.kuramoto,r.chen,j.h.hwang,k.nishino,t.saito,m.ikeda,effectofoxygenonphasestabilityandelasticdeformationbehavioringummetal,journalofthejapaninstituteofmetals,70(7),579(2006)
|
| [28] | 6t.furuta,s.kuramoto,j.h.hwang,k.nishino,t.saito,elasticdeformationbehaviorofmulti–functionalti–nb–ta–zr–oalloys,materialstransactions,46(12),3001(2005)
|
| [29] | 7t.furuta,s.kuramoto,j.h.hwang,k.nishino,t.saito,m.niinomi,mechanicalpropertiesandphasestabilityofti–nb–ta–zr–oalloys,materialstransactions,48(5),1124(2007)
|
| [30] | 8t.furuta,k.nishino,j.h.hwang,a.yamada,k.ito,s.osawa,s.kuramoto,n.suzuki,r.chen,t.saito,developmentofmultifunctionaltitaniumalloy,'gummetal(,ti–2003scienceandtechnology,proceedingsof10thworldconferenceontitanium,weinheim:wiley–vch,1519(2003)
|
| [31] | 9s.kuramoto,t.furuta,j.h.hwang,k.nishino,t.saito,elasticpropertiesofgummetal,materialsscienceandengineeringa,442(1–2),454(2006)
|
| [32] | 10s.kuramoto,t.furuta,j.h.hwang,y.seno,t.nonaka,h.ikehata,n.nagasako,k.nishino,t.saito,c.iwamoto,y.ikuhara,t.sakuma,originfor'super(propertiesingummetal,ti–2003scienceandtechnology,proceedingsof10thworldconferenceontitanium,weinheim:wiley–vch,1527(2003)
|
| [33] | 11m.abdel–hady,k.hinoshita,m.morinaga,generalapproachtophasestabilityandelasticpropertiesofβ–typeti–alloysusingelectronicparameters,scriptamaterialia,55(5),477(2006)
|
| [34] | 12h.ikehata,n.nagasako,t.furuta,a.fukumoto,k.miwa,t.saito,first–principlescalculationsfordevelopmentoflowelasticmodulustialloys,physicalreviewb,70(17),
|
| [35] | 174113(2004)
|
| [36] | 18m.y.gutkin,t.ishizaki,s.kuramoto,i.a.ovidko,nanodisturbancesindeformedgummetal,actamaterialia,54(9),2489(2006)
|
| [37] | 19m.y.gutkin,t.ishizaki,s.kuramoto,i.a.ovidko,n.v.skiba,giantfaultsindeformedgummetal,internationaljournalofplasticity,24(8),1333(2008)
|
| [38] | 20y.yang,g.p.li,g.m.cheng,y.l.li,k.yang,multipledeformationmechanismsofti–22.4nb–0.73ta–2.0zr–1.34oalloy,appliedphysicsletters,94(6),061901(2009)
|
| [39] | 31y.b.wang,y.h.zhao,q.lian,x.z.liao,r.z.valiev,s.p.ringer,y.t.zhue,e.j.lavernia,grainsizeandreversiblebeta–to–omegaphasetransformationinatialloy,scriptamaterialia,63(6),613(2010)
|
| [40] | 32j.w.m.jr.,y.hanlumyuang,m.sherburne,e.withey,d.c.chrzan,s.kuramoto,y.hayashi,m.hara,anomaloustransformation–induceddeformationin<110>texturedgummetal,actamaterialia,58(9),3271(2010)
|
| [41] | 33r.j.talling,r.j.dashwood,m.jackson,d.dye,compositionalvariabilityingummetal,scriptamaterialia,60(11),1000(2009)
|
| [42] | 34t.yano,y.murakami,d.shindo,s.kuramoto,studyofthenanostructureofgummetalusingenergy–filteredtransmissionelectronmicroscopy,actamaterialia,57(2),628(2009)
|
| [43] | 35t.s.li,j.j.w.morris,n.nagasako,s.kuramoto,d.c.chrzan,'ideal(engineeringalloys,physicalreviewletters,98(10),105503(2007)
|
| [44] | 36t.yano,y.murakami,d.shindo,y.hayasaka,s.kuramoto,transmissionelectronmicroscopystudiesonnanometer–sizedωphaseproducedingummetal,scriptamaterialia,63(5),536(2010)
|
| [45] | 37w.y.guo,j.sun,j.s.wu,effectofdeformationoncorrosionbehaviorofti–23nb–0.7ta–2zr–oalloy,materialscharacterization,60(3),173(2009)
|
| [46] | 38w.y.guo,j.sun,j.s.wu,electrochemicalandxpsstudiesofcorrosionbehaviorofti–23nb–0.7ta–2zr–oalloyinringerssolution,materialschemistryandphysics,113(2–3),816(2009)
|
| [47] | 39t.saito,t.furuta,j.h.hwang,s.kuramoto,k.nishino,n.suzuki,r.chen,a.yamada,k.ito,y.seno,t.nonaka,h.ikehata,n.nagasako,c.iwamoto,y.ikuhara,t.sakuma,multifunctionaltitaniumalloy'gummetal(,materialsscienceforum,426–432,681(2003)
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