课题组目前有在读博士研究生1名，硕士研究生15名。

常年招收硕/博士研究生，欢迎有力学、机械、物理专业基础的优秀同学加入我们课题组！

主持及参与的国家自然科学基金国家973国家重大专项等各类纵向课题共计14项。

1.国家自然科学基金：气动/冲击叠加工况下航天典型舱段的动响应高分辨预示与疲劳失效机制研究，(主持)2025.1-2028.12；

2.陕西省自然科学基金：飞行器变厚度薄壁曲面结构高频振动响应预示的能量有限元法研究，（主持）2024.1-2025.12；

3.陕西省自然科学基金：飞行器板壳结构高频动力学拓扑优化，（主持）2020.1-2021.12；

4.国家自然科学基金：复合材料板壳耦合结构高频动响应的试验与计算研究，(主持人)2014.12016.12；
5.博士后基金：能量有限元法预示复合材料结构高频响应的关键技术研究，(主持人)2012.12014.10；

发表学术论文50余篇，其中SCI收录30余篇，EI收录3篇；发明专利4项，获批软件著作权13项。近年来发表的部分学术论文：

[24]Miaoxia Xie,etal. A constitutive model based on energy density for power-law variable thickness plates and its application. Scientific reports. 2024.10.29,

[23]Miaoxia Xie,etal Energy finite element model for predicting high frequency dynamic response of taper beams. Archive of Applied Mechanics. 2024,94：2335-2353. 2024.7.12  

[22]Miaoxia Xie,etal.A wave model of high-frequency vibrational energy transfer in a wedge-shaped combined plate structure. Advances in mechanical engineering.2024,16(5): 1-13. 2024. 

[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.

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