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ID:40847642
大小:1.73 MB
页数:12页
时间:2019-08-08
《Design of welding parameters for laser welding of thin-walled薄壁激光焊接工艺参数的设计 不锈钢管的数值模拟》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、IOPConferenceSeries:MaterialsScienceandEngineeringPAPER•OPENACCESSRelatedcontent-MultiobjectiveTaguchioptimizationDesignofweldingparametersforlaserweldingofapproachforresistancespotweldingofcoldrolledTWIPsteelsheetsthin-walledstainlesssteeltubesusingnumericalMuminTutar,HakanAydinandAliBayramsimula
2、tion-ASimplifiedFiniteElementSimulationforStraighteningProcessofThin-WalledTubeZiqianZhangandHuilinYangTocitethisarticle:MNagyandMBehúlová2017IOPConf.Ser.:Mater.Sci.Eng.266012013-Experimentalinvestigationsonsteel-concretecompositecolumnsforvaryingparametersVAparna,DVivek,KancharlaNeelimaetal.Viewt
3、hearticleonlineforupdatesandenhancements.ThiscontentwasdownloadedfromIPaddress183.158.90.254on06/08/2018at08:2527thJointSeminarDevelopmentofMaterialsScienceinResearchandEducationIOPPublishingIOPConf.Series:MaterialsScienceandEngineering1234567890266(2017)012013doi:10.1088/1757-899X/266/1/012013Des
4、ignofweldingparametersforlaserweldingofthin-walledstainlesssteeltubesusingnumericalsimulationMNagyandMBehúlováSlovakUniversityofTechnologyinBratislava,FacultyofMaterialsScienceandTechnologyinTrnava,UlicaJánaBottuč.2781/25,91724Trnava,Slovakiamate.nagy@stuba.skAbstract.Nowadays,thelasertechnologyis
5、usedinawidespectrumofapplications,especiallyinengineering,electronics,medicine,automotive,aeronauticormilitaryindustries.Inthefieldofmechanicalengineering,thelasertechnologyreachesthebiggestincreaseintheautomotiveindustry,mainlyduetotheintroductionofautomationutilizing5-axialmovements.Modellingandn
6、umericalsimulationoflaserweldingprocesseshasbeenexploitedwithmanyadvantagesfortheinvestigationofphysicalprinciplesandcomplexphenomenaconnectedwiththisjoiningtechnology.Thepaperisfocusedontheapplicationofnumericalsimulationtothedesignofweldingparametersforthecircumferentiallaserweldingofthin-walled
7、exhaustpipesfromtheAISI304steelforautomotiveindustry.Usingthedevelopedandexperimentallyverifiedsimulationmodelforlaserweldingoftubes,theinfluenceofweldingparametersincludingthelaservelocityfrom30mm.s−1to60mm.s−1and
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