吴永佳 照片

吴永佳

博士
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所属大学: 武汉理工大学

所属学院: 土木工程与建筑学院

邮箱:
yjwu2019@whut.edu.cn

个人主页:
http://scea.whut.edu.cn/dwjs/szdw/201910/t20191017_412891.shtml

个人简介

教育经历

2015.08-2019.05弗吉尼亚理工大学（VirginiaTech），布莱克斯堡，美国

机械工程，博士，导师：LeiZuo教授 博士论文:Thermoelectricenergyharvestingforsensorpowering 2013.09-2015.07华中科技大学，武汉

工程热物理，硕士，导师：明廷臻教授 硕士论文:“层叠式”热电器件的热-应力-发电性能研究 2009.09-2013.07华中科技大学，能源与动力工程学士

工作经历：

2015.08-2019.05弗吉尼亚理工大学机械工程系科研助理

2016.01-2016.05弗吉尼亚理工大学机械工程系助教

2019.08-至今武汉理工大学土木工程与建筑学院教师

奖励与荣誉

2019.02弗吉尼亚理工大学工程院年度最佳博士研究生提名

2018.12教育部国家优秀自费留学生奖学金

2018.07美国机械工程师协会IDETC/CIEBestPaperAward

2018.03弗吉尼亚理工大学校年度研究生提名

2017.03弗吉尼亚理工大学工程院年度最佳博士研究生提名

2014.10教育部国家奖学金

2012.10华中科技大学一等奖学金

2011.10教育部国家励志奖学金

个人简介：

吴永佳，男，博士。2013和2015年先后从华中科技大学能源与动力工程学院本科和硕士学位，2019年5月获得美国弗吉尼亚理工大学机械工程博士学位。2019年8月起在武汉理工大学土木工程与建筑学院建筑环境与能源应用工程系任教。主要进行热学和流体科学与工程研究，研究方向涉及宏观/微观传热传质、热电能量收集、激光3D打印和高精度MEMS热和微流体传感器设计和制备。参与完成美国国家自然科学基金和美国能源部项目4项，中国国家自然科学基金1项，湖北省自然科学基金1项。在国际知名杂志上发表学术论文30余篇，其中SCI论文20余篇，参与编著英文学术专著1部。受邀为Energy,AppliedPhysicsLetters等国际知名SCI期刊审稿。获美国机械工程师协会（ASME）IDETC/CIE会议2018年度最佳论文奖，2018年度国家留学基金管理委员会优秀自费留学生奖金，2017和2018年度弗吉尼亚理工大学工程院机械系最佳博士生提名等荣誉。

本科教学：

传热学

国家精品课程《工程传热学》的合讲教师：

http://www.openke.net/show-197.html

科研项目：

（1）美国能源部项目（DOENEUPProject16-10884），Self-poweredWirelessThrough-wallDataCommunicationforNuclearEnvironments(themainproject)，$1,000,000，2016.10-2019.05，参与；

（2）美国自然科学基金项目（#1508862-GOALI）:EnergyHarvestingNano-rodsEnhancedMEMSTemperatureInsensitiveGasSensorforCombustionMonitoringandControl

（3）美国自然科学基金项目（#1530508-IDBR）:DevelopmentofUltrasensitive,Superfast,andMicroliter-VolumeDifferentialScanningNanocalorimeterforDirectCharacterizationofBiomolecularInteractions

nanocalorimeter

（4）美国能源部项目:Self-poweredWirelessDual-modeLangasiteSensorforPressure&TemperatureMonitoringofNuclearReactors

发表的代表性论著：

论著链接：

（1）https://scholar.google.com/citations?user=Ie-97w0AAAAJ&hl=en

（2）https://f.glgoo.top/citations?user=Ie-97w0AAAAJ&hl=zh-CN&oi=ao

专著与教材：

[1]TingzhenMing,WeiLiu,YongjiaWu,JinleGui,KeyuanPeng,TaoPan.“ChapterOne:Introduction”inSolarChimneyPowerPlantGeneratingTechnology,ElsevierAcademicPressandZhejiangUniversityPress.2016.

研究领域

建筑太阳能利用；热电发电和制冷；能源俘获和利用；热功能材料和设计；超高热流密度电子器件散热；太阳能热气流；MEMS热和微流体传感器

学术兼职

目前为美国机械工程师协会(ASME)和核科学协会(ANS)会员。

近期论文

期刊论文

2020

[1]YongjiaWu,TingzhenMing,Renaudde_Richter,RüdigerHöffer,Hans-JürgenNiemann.Large-scalefreshwatergenerationfromthehumidairusingthemodifiedsolarchimney.RenewableEnergy,2020,146:1325-1336.

2019

[2]YongjiaWu,ShifengYu,LeiZuo.Largeeddysimulationanalysisoftheheattransferenhancementusingself-oscillatingfluidicoscillators.InternationalJournalofHeatandMassTransfer,2019,131:463-471.

[3]YongjiaWu,JacksonKlein,HanchenZhou,LeiZuo.Energyharvestingforwirelesscommunicationsinnuclearenvironment.AnnalsofNuclearEnergy,2019,126:376-388.

[4]ShifengYu,YongjiaWu,ShuyuWang,MingLu,LeiZuo.ThermodynamicanalysisofaMEMSbaseddifferentialscanningcalorimeter.Sensors&Actuators:A.Physical,2019,291:150-155.

[5]TingruiGong,YongjiaWu,LeiGao,LongZhang,JuntaoLia,TingzhenMing.Thermo-mechanicalanalysisonacompactthermoelectriccooler.Energy,2019,172:1211-1224.

[6]TingruiGong,LeiGao,YongjiaWu,LongZhang,ShanYin,JuntaoLi,TingzhenMing.Numericalsimulationonacompactthermoelectriccoolerfortheoptimizeddesign.AppliedThermalEngineering,2019,146:815-825.

2018

[7]YongjiaWu,HaifengZhang,LeiZuo.Thermoelectricenergyharvestingforthegasturbinesensingandmonitoringsystem.EnergyConversionandManagement,2018,157:215-223.

[8]YongjiaWu,JihuiYang,ShikuiChen,LeiZuo.Thermo-elementgeometryoptimizationforhighthermoelectricefficiency.Energy,2018,147:672-680.

[9]YongjiaWu,JacksonKlein,HanchenZhou,LeiZuo.Thermalandfluidanalysisofdrycaskstoragecontainersovermultipleyearsofservice.AnnalsofNuclearEnergy,2018,112:132-142.

[10]TaoPan,TingruiGong,WeiYang,YongjiaWu.Numericalstudyonthethermalstressanditsformationmechanismofathermoelectricdevice.JournalofThermalScience,2018,27(3):249-258.

2017

[11]TingzhenMing#,YongjiaWu#,WeiLiu,SASherif.Solarupdraftpowerplantsystem:Abriefreviewandacasestudyonanewsystemwithradialpartitionwallsinitscollector.RenewableandSustainableEnergyReviews,2017.(co-firstauthor)

[12]TingzhenMing,TingruiGong,RKdeRichter,YongjiaWu,WeiLiu.Amoistaircondensingdeviceforsustainableenergyproductionandwatergeneration.EnergyConversionandManagement,2017.

[13]TingruiGong,TingzhenMing,XiaomingHuang,RKdeRichter,YongjiaWu,WeiLiu.NumericalanalysisonasolarchimneywithaninvertedU-typecoolingtowertomitigateurbanairpollution.SolarEnergy,2017,147:68-82.

[14]TingzhenMing,WeiYang,YongjiaWu,YitianXiang,XiaomingHuang,JiangtaoCheng,XiaohuaLi,JiyunZhao.Numericalanalysisonthethermalbehaviorofasegmentedthermoelectricgenerator.InternationalJournalofHydrogenEnergy,2017,42(5):3521-3535.

[15]TingzhenMing,WeiYang,XiaomingHuang,YongjiaWu,XiaohuaLi,JunLiu.Analyticalandnumericalinvestigationonanewcompactthermoelectricgenerator.Energyconversionandmanagement,2017,132:261-271.

2016

[16]YongjiaWu,LeiZuo,JieChen,JacksonKlein.Amodeltoanalyzethedevicelevelperformanceofthermoelectricgenerator,Energy,2016,115:591-603.

[17]JieChen,LeiZuo,YongjiaWu,JacksonKlein.Modeling,experimentsandoptimizationofanon-pipethermoelectricgenerator.EnergyConversionandManagement,2016,122:298-309.

[18]JieChen,JacksonKlein,YongjiaWu,LeiZuo.AThermoelectricEnergyHarvestingSystemforPoweringWirelessSensorsinNuclearPowerPlants.IEEETransactionsonNuclearScience,2016,63(5):2738-2746.

2015

[19]TingzhenMing*,YongjiaWu*,ChongPeng,YongxinTao.Thermalanalysisonasegmentedthermoelectricgenerator.Energy,2015,80:388-399.(co-correspondingauthor)

[20]ChongPeng,TingzhenMing,JianquanCheng,YongjiaWu,Zhong-RenPeng.ModelingThermalComfortandOptimizingLocalRenewalStrategies—ACaseStudyofDazhimenNeighborhoodinWuhanCity.Sustainability,2015,7(3):3109-3128.

[21]TingzhenMing,QiankunWang,KeyuanPeng,ZheCai,WeiYang,YongjiaWu,TingruiGong."Theinfluenceofnon-uniformhighheatfluxonthermalstressofthermoelectricpowergenerator."Energies,2015,8(11):12584-12602.

2014

[22]YongjiaWu,TingzhenMing,XiaohuaLi,TaoPan,KeyuanPeng,XiaobingLuo.Simulationsontemperaturegradientandthermalstressofthermoelectricpowergenerator.EnergyConversionandManagement,2014,88:915-927.

[23]WenqingShen,TingzhenMing,YanDing,YongjiaWu,RenaudK.de_Richter.Numericalanalysisonanindustrial-scaledsolarupdraftpowerplantsystemwithambientcrosswind.RenewableEnergy,2014,68:662-676.

[24]吴永佳,明廷臻,彭柯源,沈文庆.高热通量下热电器件热结构耦合数值模拟.化工学报，2014.65(SI):303-307.(EI)

会议论文

[1]YongjiaWu,LeiZuo,KanSun.Modelingtheselectivelasermeltingofmulti-componentthermoelectricpowders.2018IDETC/CIE.Quebec.Canada.

[2]YongjiaWu,JacksonKlein,HanchenZhou,LeiZuo.Energyharvestingfornuclearwastesensingandmonitoring.2018IDETC/CIE.Quebec.Canada.(Bestpaperaward)

[3]YongjiaWu,LeiZuo,SureshKaluvan,HaifengZhang,NanceEricson,KyleReed,RogerKisner.Self-poweredWirelessThrough-wallDataCommunicationforNuclearEnvironments.11thNuclearPlantInstrumentation,ControlandHuman-MachineInterfaceTechnologies2019.OrlandoFL.

[4]KanSun,YongjiaWu,HuanQi,ZhiweiWu,LeiZuo.Directenergydeposition3dprintingofthermoelectricmaterials:simulationandexperiments.2019IDETC/CIE.AnaheimCA.

[5]吴永佳，明廷臻.热二极管设计在改善建筑热舒适性中的应用.2019ICCEBE.成都，中国.(最佳海报奖)