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[1]Ju,Heng;Lin,Chengxin;Tian,Yun;Liu,Zhijie;Jiang,Huiling;Sun,Deping.Mechanical
PropertiesStudyofFe-Mn-SiShapeMemoryAlloysWeldingSeamFormedbyLaser
WeldingwithFillerPowder.Materials.2018.11(8)
[2]PanDewen,LinChengxin,ZhouZhaoxin,SunYuqing,SunYuhao,LiuZhijie.
Hydrostaticanalysesofuprightingprocessesofacapsizedanddamagedship.
InternationalShipbuildingProgress.2018.65:73-92
[3]HengJu,ChengxinLin,ZhijieLiu,JiaqiZhang.Studyofin-situformationofFe-Mn-Si
shapememoryalloyweldingseambylaserweldingwithfillerpowder.OpticsandLaser
Technology.2018.104:65-72
[4]JuHeng,LinChengxin,ZhangJiaqi,LiuZhijie.Residualstresssimulationand
measurementofFe-Mn-Sishapememoryalloycoating.InfraredandLaserEngineering.
2017,36(10):1017009-1-10
[5]潘德位,林成新,周兆欣,孙玉强,刘志杰.破舱倾覆船体扳正过程数值模拟.交通运
输工程学报,2017,17(10):102-112
[6]潘澜澜,林成新,张国琛,母刚,王洋.净化暂养及低温离水保活运输对虾夷扇贝品
质的影响.农业工程学报.2017,33(19):301-307
[7]刘林林,董华军,林成新.V对Fe-Mn-Si合金不同变形条件下马氏体相变的影响.
材料热处理学报.2017,38(12):41-45
[8]潘澜澜,张国琛,洪滨,母刚,杨晓彤,王洋,林成新.不同单元化运输条件对活体
虾夷扇贝存活率及主要营养成分的影响.大连海洋大学学报.2017,32(5):590-596
[9]于永清,鞠恒,林成新,刘志杰,田一鸣.预置粉末激光焊接不锈钢板工艺及性能研究.
激光与光电子学进展.2017,54(12):121402
[10]林成新,徐凯池,张佳琪.Fe-Mn-Si基形状记忆合金记忆效应的研究现状.材料保
护.2016,49:143-147
[11]JuHeng,LinChengxin,ZhangJiaqi,LiuZhijie.Researchonresidualstressinside
Fe-Mn-Sishapememoryalloycoatingbylasercladdingprocessing.Optoelectronics
Letters.2016,12(5):344-348.
[12]PanDe-wei,LinCheng-xin,LiuZhi-jie.CalculationonUprightingProcessofa
CapsizedShip.Rodogradnja/Shipbuilding.2016.67(3):115-132
[13]张佳琪,董梁,鞠恒,林成新.高速钢表面激光熔覆高硬涂层的组织性能.材料热处理
学报.2016,37(9):196-200
[14]JuH,XuP,LinC,SunD.Testandtemperaturefieldoffiniteelementsimulationabout
theeffectofscanningspeedon304stainlesslayer'spropertiesbylasercladding.
MaterialsResearchInnovations.2015,19:9-13
[15]潘德位,林成新,孙德平,刘志杰,周超玉.大倾角搁浅船舶扳正过程分析.交通运输工
程学报.2015,15(02):50-58
[16]王轶卓,张艳秋,林成新,陈宝玖.温度对ALn(MoO4)2∶Er3+荧光粉发光性质
的影响.发光学报.2015,36(12):1355-1362
[17]王轶卓,张艳秋,林成新,李香萍,张金苏,李磊,陈宝玖.KLa（MoO4）2:Sm3+红色荧光
粉的温度特性.发光学报.2014,35(12):1416-1421
[18]周超玉,林成新,徐鹏,孙德平,鞠恒.不锈钢表面激光熔覆原位生成Fe-Mn-Si记忆合
金涂层研究.稀有金属材料与工程.2014,43(12):3042-3046.
[19]潘德位,林成新,孙德平,刘志杰,周超玉.基于GHS软件的倾覆船舶扳正计算与分析.
水利水运工程学报.2014,(6):78-83
[20]周超玉,林成新,关会锋,孙德平.Fe-Mn-Si记忆合金激光焊接数值模拟.大连海事大学
学报.2014,40(04):74-78
[21]潘德位,林成新,孙德平,刘志杰,周超玉,徐鹏.起重机械打捞沉船的计算与分析.大
连海事大学.2014,40(04):7-12
[22]潘德位,林成新,孙德平,周超玉.搁浅船舶扳正过程计算方法.交通运输工程学报.
2014,14(4):53-63
[23]徐鹏,董梁,鞠恒,林成新,周超玉.激光熔覆304不锈钢涂层的组织及耐蚀性.材
料热处理学报.2014,35(6):221-225
[24]刘林林,宋春雨,林成新,潘丽萍.Fe-Mn-Si合金不同变形条件的应力松弛特性.材
料热处理学报.2014,35(3):40-44
[25]孙德平,徐鹏,林成新.38CrMoAl钢空心阴极辅助离子渗氮.金属热处理.
2014,39(9):56-59
[26]DongLiang,ZhouChaoyu,LinChengxin,ChenSiying.Studyonweldingdeformation
of304stainlesssteelplatewithdifferentthickness.AppliedMechanicsandMaterials.
2014,477-478:1389-1392
[27]PengXu,HengJu,ChengxinLin,ChaoyuZhou,andDeweiPan.In-situSynthesisof
Fe-Mn-Si-Cr-Nishapememoryalloyfunctionalcoatingbylasercladding.ChineseOptics
Letters.2014,12(4):041403
[28]ZhouChaoyu,LinChengxin,LiuLinlin.StudyonFe-Mn-Sishapememoryalloy
anti-looseningbolt.AdvancedMaterialsResearch.2014,900:78-82
[29]XuPeng,LinChengXin,ZhouChaoYu,YiXinPeng.Wearandcorrosionresistanceof
lasercladdingAISI304stainlesssteel/Al2O3compositecoatings.SurfaceandCoatings
Technology,2014,238:9-14
[30]SunDepin,LinChengxin,XuPeng.Researchofhollowcathodicauxiliaryplasma
nitridingof38CrMoAlsteel.AppliedMechanicsandMaterials.2013,433-435:2012-2015
[31]徐鹏,林成新,周超玉,宋志成.激光熔覆304不锈钢层的工艺及组织.材料热处理
学报.2013,34(7):142-146
[32]WangYizhuo;LinChengxin;ZhengHui;SunDeping;LiLei;ChenBaojiu.Fluorescent
andchromaticpropertiesofvisible-emittingphosphorKLa(MoO4)2:Sm3+.Journalof
AlloysandCompounds,2013,559:123-128
[33]ZhouChaoyu,LinChengxin,LiuLinlin,StudyonCO2laserweldabilityofFe-Mn-Si
shapememoryalloy,ProceedingsofSPIE-TheInternationalSocietyforOptical
Engineering,2012,8409
[34]孙德平,林成新,刘志杰,周超玉.Fe-Mn-Si形状记忆合金扣合键应变恢复特性.大
连海事大学学报.2012,38(4):85-87
[35]刘林林,林成新,王桂新,周超玉,孙德平.Fe-Mn-Si合金不同变形条件下的马氏体
相变特征.材料热处理学报.2012,33(6):86-90
[36]XuPeng,LinChengXin,SunDePing,TheeffectofscanningvelocityonAISI304
stainlesssteellasercladdingcoatings,AdvancedMaterialsResearch,2012,591-593:
1098-1101
[37]DepingSun,ChengxinLin,LinlinLiu,ZhijieLiu,ChaoyuZhou.Recoverystrainand
stressanalysisofFe-Mn-Sishapememoryalloymetal-lockstaple.AdvancedMaterials
Research,2012,580:315-319
[38]LinlinLiu,ChengxinLin,Thestressrelaxationcharacteristicandmartensitic
transformationofFe-Mn-Sishapememoryalloysunderdifferentdeformationcondition,
AdvancedMaterialsResearch,2012,430-432:106-109
[39]孙德平,林成新,刘志杰.铁基形状记忆合金用于扣合键工艺修复船舶铸件.航海技
术.2012,(4):58-59
[40]刘林林,林成新,孙德平,周超玉.Fe-Mn-Si合金水泥约束下的应力诱发ε马氏体逆
相变.处理热处理学报.2010,31(6):54-57
[41]ChaoyuZhou,ChengxinLin,LinlinLiu,StudyonYAGLaserWeldingProcessof
Fe-Mn-SiShapeMemoryAlloy,AppliedMechanicsandMaterials.2010,37-38:
1364-1367
[42]LinlinLiu,ChengxinLin,ChaoyuZhou,Theconstrainedstress-inducedεreverse
martensitictransformationcharacteristicofFe-Mn-Sialloyembeddedincementmatrix,
AppliedMechanicsandMaterials.2011,44-47:2229-2233
[43]刘林林,林成新,孙德平,王轶卓.Fe-Mn-Si形状记忆合金应用研究现状及展望.天
津理工大学学报.2010.26(2):40-45
[44]王桂新,姜延飞,林成新,马晓莉.Fe-Mn-Si基形状记忆合金耐磨性的研究.河北工
业大学学报.2008.37(1):18-21
[45]林成新,王桂新,王金刚.Fe2Mn2Si合金循环变形中马氏体相变和应变疲劳特
性.材料热处理学报.2007.5(20):62-65
[46]常俊杰,林成新,孙德平.橡胶摩擦材料粘弹性的超声评价.润滑与密封.
2007,32(11):55-58
[47]LinChengxin,WangGuixin,WuYandong,WangJingang,Zhangjianjun,Analysisof
WearResistanceanditsMechanisminanFe-Mn-Si-Cr-NiShapeMemoryAlloy,
MaterialsScienceandEngineeringA.2006,438–440:804–807
[48]LinChengxin,WangGuixin,WuYandong,LiuQingsuo,Zhangjianjun.Effectof
additionofVandConStrainRecoverycharacteristicsinFe-Mn-SiAlloy,Materials
ScienceandEngineeringA.438–440(2006):808–811
[49]林成新,王桂新,吴彦东.Fe-Mn-Si形状记忆合金耐磨性研究.摩擦学学报.2006,
26(4):336-340
[50]王金刚,林成新,王桂新.Fe-Mn-Si形状记忆合金的摩擦磨损特性.润滑与密封,
2006,33(10):101-103
[51]WangJingang,LinChengxin,WangGuixin,LinSuzhong,GaoErmiao.TheWearand
fatigueCharacteristicsofFe-Mn-SiSMAICMT’2006”.SCIENCEPRESS.2006、9
Chongqing.1127-1132
[52]林成新,张建军,谷南驹.Fe-Mn-Si形状记忆合金应力诱发马氏体相变的X射线分
析.材料热处理学报.2004,25(2):1-4
[53]刘庆锁温春生林成新谷南驹.Fe-Mn-Si系形状记忆合金中热诱发εM的单元结构
及生长特性研究.金属学报.2003,39(6):605-607
[54]ChengxinLin,NanjuGu,QingsuoLiuandChunshengWen,ResearchonLow
TemperatureRelaxationCharacteristicsinFeMnSiBasedSMA,J.dePhy.IV112(2003):
377-380
[55]Q.Liu,C.Lin,C.WenandN.Gu,thecharacteristicsofreversaltransformationin
Fe-Mn-Si-Cr-Nishapememoryalloys,JournaldePhysiqueIV112(2003):385-388
[56]NanjuGu,ChengxinLin,GuoluLi,ChunshengWenandBaoqiWang.Revesal
TransformationandSmartCharactersofFeMnSiCrNiSMA.Mater.Sci.Forum.
2002,394-395:415-418
[57]ChengxinLin,NanjuGu,LianchengZhao,QingsuoLiuandChunshengWen,Behavior
AnalysisandDesignofFeMnSiAlloyPipe-Joints.Mater.Sci.Forum.2002,394-395:
103-106
[58]Chunsheng.Wen,ChengxinLinandNanjuGu.X-RayQuantitativeAnalysisofPhasesin
Fe-Mn-Si-BasedShapeMemoryAlloy.Mater.Sci.Forum.2002,394-395:419-422
[59]QingsuoLiu,NanjuGu,LianchengZhao,ChengxinLinandChunshengWen,Structural
CharacteristicsofεMartensiteFormedunderDifferentTensileStrainsinFeMnSiCrNi
SMA.MaterialsScienceForum.2002,394-395:411-414
[60]林成新,谷南驹,刘庆锁,温春生.Fe-Mn-Si形状记忆合金低温松弛的机理.金属学
报.2002,38(8):825-828
[61]林成新,谷南驹,赵连城.Fe-17Mn-5Si-10Cr-5Ni形状记忆合金管接头性能分析.材
料工程.2001,11:21-24
[62]林成新,赵连城,谷南驹,温春生.膨胀法分析Fe-17Mn-5Si-10Cr-5Ni形状记忆合
金的恢复特性.材料科学与工艺.2001,9(4):359-362
[63]林成新,谷南驹,赵连城.Fe-17Mn-5Si-10Cr-5Ni形状记忆合金管接头恢复特性分
析.河北工业大学大学学报,2001,30(4):1-4
[64]NanjuGu,ChengxinLin,XianyanSongandQibiaoFeng.Low-temperatureLaxation
anditsSolutionforFeMnSiSMA.Proc.OftheInter.Conf.onSMST-2000,2001:
63-66
[65]林成新,谷南驹,赵连城.FeMnSi系形状记忆合金低温松弛研究.功能材料(增刊).
2001.10:927-929
[66]刘庆锁,林成新,谷南驹.应力应变状态对FeMnSi系形状记忆合金形状记忆效应
的影响.兵器材料科学与工程.2001,24(6):9-12
[67]陈翠新,韩文祥,林成新.双金属冷压焊固相结合强度的分析和计算.
2001,19(2):8-9,17
[68]N.J.Gu,C.X.Lin,X.Y.Song,H.F.Peng,F.X.YinandQ.S.Liu.InfluenceonSME
andMicro-StructureinFeMnSiCrNiSMAforStrengtheningofAusteniteMatrix.Mater.
Sci.Forum.2000,327-328:231-234
[69]林成新,葛艳玲,谷南驹,赵连城.FeMnSi系形状记忆合金成形加工性分析.功能材
料.2000,31(5):503-504
[70]林成新,葛艳玲,谷南驹.FeMnSi系形状记忆合金ε马氏体相变研究.钢铁研究学
报.2000,12(1):22-25
[71]林成新,谷南驹,赵连城.FeMnSi系形状记忆合金低温松弛分析.中国学术期刊文
摘.2000,6(6):753-754
[72]刘庆锁,赵连城,林成新,谷南驹.Fe-17Mn-5Si-10Cr-5Ni合金的低应力水平下εM
的结构组成.材料工程.2000,6:39-41
[73]林成新,王季康.封闭式谐波齿轮传动柔轮疲劳强度计算.机械设计.1999,16(10):
42-44
[74]林成新,王季康.封闭式谐波齿轮传动直筒形柔轮结构参数合理匹配.机械设计.
1998,15(4):36-38
[75]林成新,王季康.封闭式谐波齿轮传动柔轮结构参数选择.河北工业大学大学学报.
1997,26(4):50-55
[76]姜世平,袁盛治,林成新.封闭谐波齿轮传动柔轮应力分析.东北重型型机械学院
学报.1993,17(1):23-33
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