09/2007-12/2010：西安交通大学能源与动力工程学院，博士生
03/2006-07/2007：中冶赛迪工程技术股份有限公司，助理工程师
09/2003-02/2006：西安交通大学能源与动力工程学院，硕士生(免试保送)
09/1999-07/2003：华中科技大学能源与动力工程学院&法学院，本科生(工学&法学双学位)

07/2019-现在：华中科技大学航空航天学院教授
01/2014-06/2019：西安交通大学能源与动力工程学院，副教授、博士生导师
04/2017-03/2019：Rolls-Royce University Technology Centre in Gas Turbine Noise, University of Southampton, Research Fellow
08/2015-2016/07：Aerodynamics and Flight Mechanics Group, University of Southampton, Academic Visitor Supported by CSC, NSFC & Newton Fund.
03/2011-12/2013：西安交通大学能源与动力工程学院，讲师

研究项目及成果应用
1.基础研究方面承担的国家及国际合作交流项目
国家自然科学基金项目：旋转叶片矢量气动声学方法的研究及应用。
国家自然科学基金项目：非紧凑弹性叶片的噪声机理及控制研究。
国家自然科学基金项目：通孔泡沫金属材料控制离心压缩机尾迹和噪声的研究。
教育部博士点基金项目：叶片式流体机械气动声场的高精度快速预测方法研究和实验验证。
国家自然科学基金和英国皇家学会(RoyalSociety)NewtonFund联合资助国际合作交流项目：叶片壁面压力脉动的高精度数值仿真与建模(High-fidelitysimulationsandmodellingofwallpressureonbladesurfaces)。
InnovateUKProject：ACAPELLA-Aeroacousticpredictioncapabilitiesforuseinmulti-disciplinaryoptimization。
英国RoyalSociety国际合作交流项目：Rotornoisepropagationinlinedductscontainingviscousswirlingshearflow。
2.应用研究方面承担的企业产学研合作项目
与沈鼓、中船重工、徐州重工、康明斯、美的、格力、海尔、华为、顺威等企业的产学研合作项目等，研究成果在多种领域的产品中实现节能降噪。透平压缩机降噪技术研究成果获中国产学研合作创新成果一等奖。

主要学术论文和著作(*通讯作者)

1.国际著名期刊论文
发表SCI论文超过45篇，其中39篇以第一/通讯作者发表，大部分发表在本领域的国际著名期刊上，其中包括AIAAJournal(11篇，中国大陆学者排名第3)等。部分论文如下：
(1)气动力学和气动声学的理论研究
[1]MaoYijun*,HuZhiwei,XuChen,GhorbaniaslGhader.Vectoraeroacousticsforauniformmeanflow:acousticvelocityandvorticalvelocity.AIAAJournal.2018,56(7):2782-2793.
[2]XuChen,MaoYijun*,HuZhiwei,GhorbaniaslGhader.Vectoraeroacousticsforauniformmeanflow:acousticintensityandacousticpower.AIAAJournal.2018,56(7):2794-2805.
[3]MaoYijun*,TangHongtao,XuChen.Vectorwaveequationofaeroacousticsandacousticvelocityformulationsforquadrupolesource.AIAAJournal.2016,54(6):1922-1931.
[4]MaoYijun*,CaiJiancheng,GuYuanyuan,QiDatong.Directevaluationofacousticintensityvectorfieldaroundimpedancescatteringbody.AIAAJournal.2015,53(5):1362-1371.
[5]MaoYijun*,ZhangQunlin,XuChen,QiDatong.Twotypesoffrequency-domainacoustic-velocityformulationsforrotatingthicknessandloadingsources.AIAAJournal.2015,53(3):713-722.
[6]MaoYijun*,XuChen,QiDatong.Computationofinstantaneousandtime-averagedactiveacousticintensityfieldaroundrotatingsource.JournalofSoundandVibration.2015,337:95-115.
[7]MaoYijun*,HuZhiwei.Acousticanalogyformultiphaseormulticomponentflow.ASMEJournalofVibrationandAcoustics.2018:140(2):021006.
(2)流动、振动和噪声的数值和实验研究
[8]MaoYijun*,HuZhiwei,GuYuanyuan.Efficientmethodtopredictrotornoisescatteredbyanaxisymmetricbody.AIAAJournal.2017,55(10):3458-3466.
[9]MaoYijun*,XuChen.Acceleratedmethodforpredictingacousticfarfieldandacousticpowerofrotatingsource.AIAAJournal.2016,54(2):603-615.
[10]MaoYijun*,GuYuanyuan,XuChen.Validationoffrequency-domainmethodtocomputenoiseradiatedfromrotatingsourceandscatteredbysurface.AIAAJournal.2016,54(4):1188-1197.
[11]XuChen,MaoYijun*,HuZhiwei.Improvedequivalentsourcemethodtopredictsoundscatteredbysolidsurfaces.AIAAJournal.2019,57(2):513-520.
[12]ZhangQunlin,MaoYijun*,QiDatong.Analyticalmodellingofthevibro-acousticresponseofadouble-walledcylindricalshellwithmicro-perforationexcitedbyturbulentboundarylayerpressurefluctuations.ASMEJournalofVibrationandAcoustics.2018,140(2):021012.
[13]ZhangQunlin,MaoYijun*,QiDatong.Effectofperforationonthesoundtransmissionthroughadouble-walledcylindricalshell.JounalofSoundandVibration.2017,410:344-363.
[14]HanFenghui,WangZhe,MaoYijun,ZhangYiyun,TanJiajian.Large-scaleflowmeasurementsandanalysisforradialinletsofindustrialcentrifugalcompressorsbasedonmulti‑holeprobe.InternationalJournalofPrecisionEngineeringandManufacturing.2019,20:79-92.
(3)高效低噪声叶轮机械设计方法及节能降噪技术
[15]MaoYijun*,XuChen.Analyticalacousticpowerspectrumformulationsforrotatingmonopoleanddipolepointsources.ASMEJournalofVibrationandAcoustics.2016,138(2):021009.
[16]WenXuanfeng,MaoYijun*,YangXin,QiDatong.Designmethodofthevoluteprofileofasquirrelcagefanwithspacelimitation.ASMEJournalofTurbomachinery.2016,138(8):081001.
[17]XuChen*,MaoYijun,HuZhiwei.Controlofcylinderwakeflowandnoisethroughadownstreamporoustreatment.AerospaceScienceandTechnology.2019,88:233-243.
[18]XuChen,MaoYijun*,HuZhiwei.Numericalstudyofpore-scaleflowandnoiseofanopencellmetalfoam.AerospaceScienceandTechnology.2018.82:185-198.
[19]XuChen,MaoYijun*.Experimentalinvestigationofmetalfoamforcontrollingcentrifugalfannoise.AppliedAcoustics.2016,104:182-192.
[20]ZhouHuihui,MaoYijun*,ZhangQunlin,ZhaoCun,QiDatong,DiaoQuan.Vibro-acousticsofapipelinecentrifugalCompressor,PartI,experimentalstudy.AppliedAcoustics.2018,131:112-128.
[21]ZhangQunlin,MaoYijun*,ZhouHuihui.Vibro-acousticsofapipelinecentrifugalCompressor,PartII,controlwiththemicro-perforatedpanel.AppliedAcoustics.2018,132:152-166.
2.著作：
[1]祁大同，李景银，闻苏平，秦国良，毛义军.离心压缩机原理.机械工业出版社,2018.