个人简介
王强，合肥工业大学副教授、硕士研究生导师。主要研究领域涉及地下空间的运营通风和消防安全、城市街谷道路污染物大尺度输运动力学以及能源输运管道风险与灾害动力学等。近年来，主持了国家自然科学基金面上项目和青年科学基金项目、建筑环境与安全国家重点实验室开放课题以及合肥工业大学“学术新人计划”等项目，参与国家重点研发项目和广东省重点研发项目三项。在《CombustionandFlame》、《Proceedingsofthecombustioninstitute》、《Appliedenergy》、《Fuel》、《Tunnelandundergroundspacetechnology》等SCI期刊发表论文二十余篇。为《CombustionandFlame》、《Proceedingsofthecombustioninstitute》、《Appliedenergy》、《Fuel》、《Tunnelandundergroundspacetechnology》等SCI/EI期刊审稿人。主持的主要科研项目（课题）情况
国家自然科学基金面上项目，51976051，2020/01-2023/12，在研，主持；
国家自然科学基金青年项目，51606057，2017/01-2019/12，在研，主持；
合肥工业大学,学术新人提升计划B项目，JZ2018HGTB0256，2018/05/16-2019/12/31，主持；
建筑安全与环境国家重点实验室开放课题，BSBE2015-05，2015/08/01-2017/07/31，主持；主要学术荣誉/获奖
教育部自然科学二等奖（排名第六），2017
第10届亚洲微重力科学国际学术会议（10thAsianMicrogravitySymposium,AMS,Seoul），BestStudentAward，2014；
第八届安徽省自然科学优秀学术论文二等奖，2016
本人宣读的国际国内学术会议邀请报告
王强,第二届燃烧应用化学与技术国际研讨会,邀请报告,2019.07,北京。
王强,第三届青年燃烧会议,专题邀请报告（Seminarkeynotepresentation），2017.04，西安。
排名第一的发明专利
王强;石琴;唐飞;杨冰健,一种街谷型道路交叉口内氮氧化物扩散及分布研究实验模型,2016.04.06-2036.01.08,中国,CN201610019589.9(发明专利，已授权)
王强;胡隆华,一种城市街谷道路机动车污染物排放与扩散研究的实验装置2016.04.13-2036.01.08,中国,CN201610019590.1(发明专利，已授权)
王强、涂煜、朱耘瑞、李浩、唐飞、石琴，一种超重环境条件火灾行为与燃烧特征研究综合实验装置（发明专利，受理）
近期论文
查看导师新发文章
（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）
QiangWang,LonghuaHu*,ShaomingWang,ShuangfengWang,SukHoChung,OsamuFujita,Blowoutofnon-premixedturbulentjetflameswithcoflowundermicrogravitycondition,CombustionandFlame210(2019)315-323.
QiangWang,LonghuaHu,AdrianaPalacios,SukHoChung,Burningcharacteristicsofcandleflamesinsub-atmosphericpressures:Anexperimentalstudyandscalinganalysis,ProceedingsoftheCombustionInstitute37(2019)2065-2072.
QiangWang,LonghuaHu,MiZhang,FeiTang,XiaochunZhang,ShouxiangLu,Lift-offofjetdiffusionflameinsub-atmosphericpressures:Anexperimentalinvestigationandinterpretationbasedonlaminarflamespeed,CombustionandFlame161(2014)1125–1130.
QiangWang,LonghuaHu,SungHwanYoon,ShouxiangLu,MichaelDelichatsios,SukHoChung,Blow-outlimitsofnonpremixedturbulentjetflamesinacrossflowatatmosphericandsub-atmosphericpressures,CombustionandFlame162(2015)3562-3568.
QiangWang,LonghuaHu,SHChung,Blow-outofnonpremixedturbulentjetflamesatsub-atmosphericpressures,CombustionandFlame176(2017)358-360.
QiangWang,FeiTang,ZhenZhou,HuanLiu,APalacios,Flameheightofaxisymmetricgaseousfueljetsrestrictedbyparallelsidewalls:Experimentsandtheoreticalanalysis,AppliedEnergy208(2017)1519-1526..
QiangWang,FeiTang,HuanLiu,ZhengZhou,AdrianaPalacios,Experimentalinvestigationontheeffectofreducedpressureonthecombustioncharacteristicsandflameheightofgaseousfueljetsinparallelsidewalls,Energy&Fuels32(2018)2490-2496.
QiangWang,LonghuaHu,XZhang,XZhang,SLu,HDing,Turbulentjetdiffusionflamelengthevolutionwithcrossflowsinasub-pressureatmosphere,EnergyConversionandManagement106(2015)703-708.
QiangWang,ShaomingWang,YunruiZhu,FeiTang,Experimentalinvestigationonjetfireshazardsinareducedpressure:Assessmentofthemainwidthfeatures,JournalofLossPreventionintheProcessIndustries,62(2019)103984.
QiangWang,ShaomingWang,HuanLiu,JiayingShen,FengjuShang,ConglingShi,FeiTang,Characterizationofceilingsmoketemperatureprofileandmaximumtemperatureriseinducedbydoublefiresinanaturalventilationtunnel,TunnellingandUndergroundSpaceTechnology,96(2020)103233
NaMeng,QiangWang*,ZhaoxiaLiu,XiaoLi,HeYang,Smokeflowtemperaturebeneathtunnelceilingfortrainfireatsubwaystation:Reduced-scaleexperimentsandcorrelations,AppliedThermalEngineering115(2017)995-1003(Correspondingauthor).
F.Tang,F.Z.Mei,L.J.Li,L.Chen,J.X.Ding,Q.Wang*,X.Y.Xu,Ceilingsmokefrontvelocityinatunnelwithcentralmechanicalexhaustsystem:Comparisonofmodelpredictionswithmeasurements,AppliedThermalEngineering,127(2017)689-695(Correspondingauthor).
FeiTang,ZhileiCao,AdrianaPalacios,Q.Wang*,Astudyonthemaximumtemperatureofceilingjetinducedbyrectangular-sourcefiresinatunnelusingceilingsmokeextraction,InternationalJournalofThermalSciences127(2018)329–334(Correspondingauthor).
FeiTang,QingHe,FengzhuMei,QiangWang*,HengZhang,Effectofceilingcentralizedmechanicalsmokeexhaustonthecriticalvelocitythatinhibitsthereverseflowofthermalplumeinalongitudinalventilatedtunnel,TunnellingandUndergroundSpaceTechnology,82(2018)191-198.
FeiTang,ZhileiCao,ZhenHe,XiangLing,QiangWang*,Thermalplumetemperatureprofileofbuoyancy-drivenceilingjetinachannelfireusingceilingsmokeextraction,TunnellingandUndergroundSpaceTechnology,78(2018)215-221.
Hu,LongHua;Wang,Qiang;Tang,Fei;Delichatsios,Michael;Zhang,XiaoChun,Axialtemperatureprofileinverticalbuoyantturbulentjetfiresinareducedpressureatmosphere.Fuel.106(2013):779-786.
Hu,Longhua;Wang,Qiang;Delichatsios,Michael;Tang,Fei;Zhang,Xiaochun;Lu,Shouxiang,Flameheightandlift-offofturbulentbuoyantjetdiffusionflamesinareducedpressureatmosphere.Fuel109(2013):234-240.
HuLonghua;Wang,Qiang;Delichatsios,Michael;Lu,Shouxiang;Tang,Fei,Flameradiationfractionbehaviorsofsootybuoyantturbulentjetdiffusionflamesinreduced-andnormalatmosphericpressuresandaglobalcorrelationwithReynoldsnumber,Fuel116(2014):781-786.
Hu,Longhua;Tang,Fei;Wang,Qiang;Qiu,Zengwei,Burningcharacteristicsofconduction-controlledrectangularhydrocarbonpoolfiresinareducedpressureatmosphereathighaltitudeinTibet,Fuel,111(2013)298-304.
Tang,Fei;Hu,Longhua;Qiu,Zengwei;Wang,Qiang,Aglobalmodelofplumeaxialtemperatureprofiletransitionfromaxisymmetrictoline-sourcepoolfiresinnormalandreducedpressures,Fuel130(2014)211-214.
Tang,Fei;Hu,Longhua;Wang,Qiang;Zhang,Xiaochun;Lu,Kaihua;Delichatsios,Michael;Anexperimentalstudyonbuoyantspilledthermalplumetemperatureprofilefromover-ventilatedenclosurefiresinareducedairpressure,ProcediaEngineering62(2013)219-225.
Zhang,Xiaochun;Hu,Longhua;Tang,Fei;Wang,Qiang;Largeeddysimulationoffiresmokere-circulationinurbanstreetcanyonsofdifferentaspectratios,Procediaengineering62(2013)1007-1014.
Zhang,XL;Hu,LH;Wang,Q;Zhang,XC;Jiang,Y;Sootfreelengthfractionofbuoyantturbulentnon-premixedjetflamesinnormal-andasub-atmosphericpressure,AppliedThermalEngineering110(2017)111-114.
Tang,Fei;Li,Lianjian;Wang,Qiang;Shi,Qin;Effectofcross-windonnear-wallbuoyantturbulentdiffusionflamelengthandtilt,Fuel186(2016)350-357.
Tao,Changfa;Qian,Yejian;Tang,Fei;Wang,Qiang;Experimentalinvestigationsontemperatureprofileandairentrainmentofbuoyancy-controlledjetflamefrominclinednozzleboundedthewall,AppliedThermalEngineering111(2017)510-515.
Hu,LH;Tang,F;Delichatsios,MA;Wang,Q;Lu,KH;Zhang,XC;Globalbehaviorsofenclosurefireandfacadeflameheightsinnormalandreducedatmosphericpressuresattwoaltitudes,InternationalJournalofHeatandMassTransfer56(2013)119-126.
Tang,F;Hu,LH;Wang,Q;Lu,KH;Yang,LZ;Anexperimentalinvestigationontemperatureprofileofbuoyantspillplumefromunder-ventilatedcompartmentfiresinareducedpressureatmosphereathighaltitude,InternationalJournalofHeatandMassTransfer55(2012)5642-5649.
Tang,F;Li,LJ;Dong,MS;Wang,Q;Mei,FZ;Hu,LH;CharacterizationofbuoyantflowstratificationbehaviorsbyRichardson(Froude)numberinatunnelfirewithcomplexcombinationoflongitudinalventilationandceilingextraction,AppliedThermalEngineering110(2017)1021-1028.
Shang,Fengju;Hu,Longhua;Sun,Xiepeng;Wang,Qiang;Palacios,Adriana;Flamedownwashlengthevolutionofnon-premixedgaseousfueljetsincross-flow:Experimentsandanewcorrelation,Appliedenergy198(2017)99-107.
Hu,Longhua;Huang,Lili;Wang,Qiang;Kuwana,Kazunori;Experimentalstudyandanalysisontheinteractionbetweentwoslot-burnerbuoyantturbulentdiffusionflamesatvariousburnerpitches,CombustionandFlame186(2017)105-113
Tang,F;Mei,FZ;Wang,Q;He,Z;Fan,CG;Tao,CF;Maximumtemperaturebeneaththeceilingintunnelfireswithcombinationofceilingmechanicalsmokeextractionandlongitudinalventilation,TunnellingandUndergroundSpaceTechnology68(2017)231-237.
Tang,F;Cao,ZL;Chen,Q;Meng,N;Wang,Q;Fan,CG;Effectofblockage-heatsourcedistanceonmaximumtemperatureofbuoyancy-inducedsmokeflowbeneathceilinginalongitudinalventilatedtunnel,InternationalJournalofHeatandMassTransfer109(2017)683-688.
Tao,Changfa;Liu,Yongqiang;Tang,Fei;Wang,Qiang;Anexperimentalinvestigationoftheflameheightandairentrainmentofringpoolfire,Fuel216(2018)734-737.
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