研究成果
发表学术论文30余篇,其中SCI收录11篇,EI收录2篇;申请专利4项,获批软件著作权3项。
近年来发表的部分学术论文:
[21]Miaoxia.Xie,etal.InitialInvestigationofEnergyfiniteelementValidationonhighfrequencyflexuralvibrationofstiffenedthinorthotropicplates.ShockandVibration.2018,1461086.(SCI)
[20]XieMiaoxia,ShangXT,etal.InterfaceCharacteristicofExplosiveWeldedandHotRolledTA1/X65BimetallicPlate[J].Metals,2018,8(3):159,(SCI)
[19]Miaoxia.Xie,etal.MicrostructureandmechanicalpropertiesofCPTi_X65bimetallicsheetsfabricatedbyexplosiveweldingandhotrolling.MaterialandDesign.2015,Vol.87:187197.(SCI)
[18]XieMiaoxia,ZhangLJ.TheInfluenceofWeldingParametersonHeatTransferEfficiencyofHybridPulsedNd:YAG/GTAWWelding[J].AdvancedMaterialsResearch,2015,1088:807813.
[17]Miaoxia.Xie,etal.Energydensitydistributiononarodexcitedbyimpactload.2015Nationalconferenceoninformationtechnologyandcomputerscience.2015.
[16]Miaoxia.Xie,JeongGuonIh,TaekyoonKim,YuemingLi.Predictionofacousticpowertransmissionoffluidfilledthinpipebasedonimpedancemobilityapproach.InternationalJournalofAerospaceandLightweightstructures.Vol.3(1),2013.
[15]Miaoxia.Xie,JeongGuonIh,TaekyoonKim.AStudyontheAcoustostructuralinteractionofaThinCylindricalPipeUsingImpedanceMobilityApproach[C].TheAcousticalsocietyofKorea.2012fall.November.89,Korea.
[14]Miaoxia.Xie,Y.M.Li,HualingChen.PredictionofHighfrequencyVibroacousticCouplinginAnechoicChamberUsingEnergyFiniteElementMethodandEnergyBoundaryElementMethod.Computermodelinginengineeringandsciences.Vol.2067(1),p114,2012.(SCI)
[13]Miaoxia.Xie,Y.M.Li,etal.DeterminationoftheMeshSizeforEnergyFiniteElementModels.JSMECMDInternationalComputationalMechanicsSymposium2012,October.9,Kobe.
[12]Miaoxia.Xie,etal.TransientEnergyDensityDistributionofaRodunderHighfrequencyExcitation[J].JournalofSoundandVibration.2011.6.6,Vol.330,No.12,p27012706.(SCI)
[11]Miaoxia.Xie,etal.ApplicationofEnergyFiniteElementMethodtoHighfrequencyStructuralacousticCouplingofanAircraftCabinwithTruncatedConicalShape[J].Computermodelinginengineeringandsciences.2010,Vol.1470,No.1,p121.(SCI)
[10]Miaoxia.Xie,etal.AnInvestigationofReverberationChamberHighfrequencyVibrationacousticProblemforanAircraftCabin[C].Materialsscienceandengineering.2011,Vol.179180,No.1,p311315.(SCI)
[9]JiangZheLiu,LinJieZhang,HanxinYang,MiaoXiaXie,XiangTaoShang,JianxunZhang.EnhancementofcorrosionprotectionperformanceofSUS304/Q235Bdissimilarmetalslapjointthroughfiberlaser[J],InternationalJournalofAdvancedManufacturingTechnology,2018.1.29,2018:1~14.(SCI),
[8]BaiQinglin,ZhangLinjie,XieMiaoxia,YangHaixin,ZhangJianxun.AninvestigationintotheinhomogeneityofthemicrostructureandmechanicalpropertiesofexplosiveweldedH62brass/Q235Bsteelcladplates[J].InternationalJournalofAdvancedManufacturingTechnology.90(58),May,2017:13511363.(SCI)
[7]NingJie,ZhangLinjie,XieMiaoxia,YangHanxin,YinXianqing,ZhangJianxun.MicrostructureandpropertyinhomogeneityinvestigationsofbondedZr/Ti/steeltrimetallicsheetfabricatedbyexplosivewelding[J],JournalofAlloysandCompounds,vol.698,pp.835–851,2016.12.22.(SCI)
[6]NingJie,ZhangLinjie,JiangGuichuan,XieMiaoxia,YinXianqing,ZhangJianxun,NarrowgapmultipasslaserbuttweldingofexplosionweldedCPTi/Q235Bbimetallicsheetbyusingacopperinterlayer[J],JournalofAlloysandCompounds,vol.701,pp.587–602,2017.1.17(SCI)
[5]D.Wang,Miaoxia.Xie,Y.M.Li.Highfrequencydynamicanalysisofplatesinthermalenvironmentsbasedonenergyfiniteelementmethod[J].Shockandvibration.Vol.2015,Feb.23,p114.(SCI)
[4]D.Wang,MiaoxiaXie,YMLi.Highfrequencyvibrationanalysisofaplateinthermalenvironmentbasedonenergyfiniteelementmethod[J].21stInternationalcongressonsoundandvibration2014,ICSV2014.V1,P794801.ISBN13:9781634392389.2014,July17.(EI)
[3]解妙霞等.能量有限元方法基本理论及其研究新方向[J].应用力学学报.2007,Vol.24,SI,p6166.
[2]解妙霞等,圆柱壳高频弯曲振动的能量有限元分析[J].西安交通大学学报,2008,Vol.42,No.9,p11131116.(EI)
[1]解妙霞等,薄壁液压管道声振耦合分析[J].机械强度,2015,37(5),p812815.
近年来申请专利及软件著作权:
[6]解妙霞,张学锋,闫观海,李丽霞.计算两块正交各向异性平板耦合接头能量转移系数软件,2017SR238320,原始取得,全部权利,2016.11.12;
[5]解妙霞等,预示正交各向异性高频动响应的能量有限元软件,2017SR042989,原始取得,全部权利,2016.10.12;
[4]解妙霞,尚香涛,等.201711139412.3,一种抑制钛钢复合板对接焊接头过渡层裂纹的方法;
[3]解妙霞,蔡安江,李丽霞.201610340087.6,一种层状双金属复合材料的无过渡层对接焊方法;
[2]李丽霞,蔡安江,解妙霞.201610240208.X,一种具有低频减振特性的离散化橡胶层的声子晶体;
[1]李丽霞,蔡安江,齐小军,解妙霞.2017102793143,一种具有中低频减振特性的径向镂空周期结构齿轮轮毂.