个人简介
杨浩森工学博士讲师
所在系所:车辆工程系
通讯地址:车辆工程学院214A
教育背景:
2013-2017上海交通大学机械工程与动力工程学院工学博士
2010-2013上海交通大学航空航天学院工学硕士
2006-2010东南大学吴健雄学院工学学士
参与项目:
1.国家自然科学基金项目(51275289):波纹芯体金属夹层板的声透射机理及透射损失计算方法研究;
2.国防973重大基础科研项目(613134):XX艉部激励耦合振动噪声机理研究;
3.973重大基础科研项目(2014CB046300):深部危险煤层无人采掘装备关键基础研究;
4.国防基础预研项目:XX推进器流致振动机理研究;
5.企业项目:XX车型进排气系统NVH的仿真分析、测试与优化设计;
研究领域
1.机械系统结构振动与噪声:机械系统振动建模、分析与控制,噪声机理分析与测试;
2.复杂振-声学系统建模及数值计算方法,高性能声学材料与结构;
3.流致振动与噪声:流噪声及流体诱发结构振动辐射声计算与分析;
近期论文
查看导师最新文章
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[1].HAOSENYANG,HUIZHENG,XIANGXIE.SoundTransmissionThroughaDouble-WallStructureCoupledwithTwoTrapezoidalAcousticCavities[J].InternationalJournalofAppliedMechanics2016;8(8):1650100.
[2].HAOSENYANG,HUIRONGLI,HUIZHENG.Astructural-acousticoptimizationoftwo-dimensionalsandwichplateswithcorrugatedcores[J].JournalofVibrationandControl2017,23(18):3007-3022.
[3].HAOSENYANG,HEOWPUEHLEE,HUIZHENG:Aspectralelementanalysisofsoundtransmissionthroughmetallicsandwichplateswithadhesively-bondedcorrugatedcores[C].The7thInternationalConferenceonComputationalMethods,UniversityofCalifornia,Berkeley,CA,U.S.A.;2016
[4].JIANWANG,HAOSENYANG,HONGXINGHUA:Investigationsonthevibrationalandacousticcharacteristicsofasubmarine-likesystembyexperimentsandsimulations[J].ProceedingsoftheInstitutionofMechanicalEngineersPartMJournalofEngineeringfortheMaritimeEnvironment2017,DOI:10.1177/1475090217708892.
[5].XIANGXIE,HAOSENYANG,HUIZHENG:Aweakformulationforinterioracousticanalysisofenclosureswithinclinedwallsandimpedanceboundary[J].WaveMotion2016,5(65):175-186.
[6].JINTIAN,HAOSENYANG,ZHENGUOZHANG,etal.LES-basedNumericalAnalysisofSurface-PressureFluctuationsandUnsteadyThrustofaMarinePropeller[C].Inter-noiseandNoise-conCongressandConferenceProceedings.InstituteofNoiseControlengineering.2014,744(1):441-448.
[7].XIANGXIE,HUIZHENG,HAOSENYANG:VibrationAnalysisofLaminatedandSteppedCircularArchesbyaStrongFormulationSpectralCollocationApproach[J].InternationalJournalofAppliedMechanics2016,08(3):1650036.
[8].XiangXie,HuiZheng,HaosenYang:Indirectradialbasisfunctionapproachforbending,freevibrationandbucklinganalysesoffunctionallygradedmicrobeams[J].CompositeStructures.2015,131:606-615.