教育背景：

2005年华中科技大学博士（硕博连读）

2000年华中科技大学学士

工作经历：

2019年-武汉理工大学教授，博士生导师

2016年-2019年诺丁汉大学讲师

2012年-2013年伦敦城市学院牛顿学者

2009年-2016年华中科技大学副教授

2008年-2009年布伦瑞克理工洪堡学者

项目情况：

主持国家自然科学基金项目两项

主持教育部博士点基金一项

参与项目若干

1.传热传质模拟2.低碳能源3.反应多相流动模拟、燃烧与排放

发表SCI论文90余篇，H指数25。论文节选如下

1)CleanEnergiesandTechnologiesforPowerSystems

[1]Chen,S*.,Liu,H.,Zheng,C.G.(2017):MethanecombustioninMILDoxyfuelregime:Influencesofdilutionatmosphereinco-flowconfiguration.Energy121,159

[2]Liu,J.,Liu,Z.,Chen,S.,etal..(2017):Anumericalinvestigationonflamestabilityofoxy-coalcombustion:Effectsofblockageratio,swirlnumber,recycleratioandpartialpressureratioofoxygen.InternationalJournalofGreenhouseGasControl57,63

[3]Liu,Y.,Chen,S*.,Liu,S.,etal.(2016):Methanecombustioninvariousregimes:Firstandsecondthermodynamic-lawcomparisonbetweenair-firingandoxyfuelcondition.Energy115,26

[4]Tu,Y.,Su,K.,Liu,H.,Chen,S.,etal.(2016):PhysicalandChemicalEffectsofCO2AdditiononCH4/H2FlamesonaJetinHotCoflow(JHC)Burner.EnergyFuels30,1390

[5]Liu,Y.,Chen,S*.,Yang,B.,etal.(2015):Firstandsecondthermodynamic-lawcomparisonofbiogasMILDoxy-fuelcombustionmoderatedbyCO2orH2O.EnergyConversionandManagement106,625

[6]Tu,Y.,Liu,H.,Chen,S.,etal.(2015):EffectsoffurnacechambershapeontheMILDcombustionofnaturalgas.Appl.Therm.Eng.76,64

[7]Tu,Y.,Liu,H.,Su,K.,Chen,S.,etal.(2015):NumericalstudyofH2Oadditioneffectsonpulverizedcoaloxy-MILDcombustion.FuelProcessingTechnology,138,252-262

[8]Tu,Y.,Liu,H.,Chen,S.,Liu,Z.,andZheng,C.G.(2015):Numericalstudyofcombustioncharacteristicsforpulverizedcoalunderoxy-MILDoperation.FuelProcess.Technol.135,80

[9]Wang,L.,Liu,Z.,Chen,S.,Zheng,C.G.andLi,J.(2013):PhysicalandChemicalEffectsofCO2andH2OAdditivesonCounterflowDiffusionFlameBurningMethane.EnergyFuels27,7602

[10]Chen,S*.,Mi,J.,Liu,H.andZheng,C.G.(2012):Firstandsecondlawanalysisofhydrogen-aircounter-flowdiffusioncombustioninvariouscombustionmodes.Int.J.Hydrog.Energy37,5234

[11]Liu,J.,Chen,S.,Liu,Z.,Peng,K.,Zhou,N.,Huang,X.,Zhang,T.andZheng,C.G.(2012):MathematicalModelingofAir-andOxy-CoalConfinedSwirlingFlamesonTwoExtendedEddy-DissipationModels.Ind.Eng.Chem.Res.51,691

[12]Wang,L.,Liu,Z.,Chen,S.andZheng,C.G.(2012):ComparisonofdifferentglobalcombustionmechanismsforuseinCFDmodelingunderhotanddilutedoxidationcondition.Combust.Sci.Technol.184,259

[13]Chen,S*.andZheng,C.G.(2011):Counterflowdiffusionflameofhydrogen-enrichedbiogasunderMILDoxy-fuelcondition.Int.J.Hydrog.Energy36,15403

[14]Li,P.,Mi,J.,Dally,B.B.,Wang,F.,Wang,L.,Liu,Z.,Chen,S.andZheng,C.G.(2011):ProgressandrecenttrendinMILDcombustion.Sci.ChinaSer.E-Technol.Sci.54,255

[15]Chen,S*.(2010):Analysisofentropygenerationincounter-flowpremixedhydrogen-aircombustion.Int.J.Hydrog.Energy35,1401

[16]Chen,S*.Li,J.,Han,H.F.,Liu,Z.H.andZheng,C.G.(2010):Effectsofhydrogenadditiononentropygenerationinultra-leancounter-flowmethane-airpremixedcombustion.Int.J.Hydrog.Energy35,3891

[17]Chen,S*.,Han,H.F.,Liu,Z.H.,Li,J.andZheng,C.G.(2010):Analysisofentropygenerationinnon-premixedhydrogenversusheatedaircounterflowcombustion,Int.J.Hydrog.Energy35,4736

[18]Chen,S*.,Liu,Z.,Liu,J.,Li,J.,Wang,L.andZheng,C.G.(2010):Analysisofentropygenerationinhydrogen-enrichedultra-leancounter-flowmethane–airnon-premixedcombustion.Int.J.Hydrog.Energy35,12491

[19]Chen,S*.,Liu,Z.,Zhang,C.,He,Z.,Tian,Z.,Shi,B.andZheng,C.G.(2006):AsimplelatticeBoltzmannschemeforlowMachnumberreactiveflows.Sci.ChinaSer.E-Technol.Sci.49,714

[20]Chen,S*.,Liu,Z.,He,Z.,Zhang,C.,Tian,Z.,Shi,B.andZheng,C.G.(2006):ANovelLatticeBoltzmannModelForReactiveFlowswithFastChemistry.Chin.Phys.Lett.23,656

[21]ZhangC.,Chen,S.,Zheng,C.G.andLou,X.(2007):Thermoeconomicdiagnosisofacoalfiredpowerplant.EnergyConv.Manag.48,405 2)Multiphaseflow

[22]Yang,B.,Chen,S*.(2018):SimulationofinteractionbetweenafreelymovingsolidparticleandafreelymovingliquiddropletbylatticeBoltzmannmethod.Int.J.HeatMassTransf.127,474

[23]Gong,W.Yan,Y.Chen,S.Wright,E.(2018):AmodifiedphasechangepseudopotentiallatticeBoltzmannmodel.Int.J.HeatMassTransf.125,323

[24]Gong,W.Yan,Y.Y.Chen,S.(2018):AstudyontheunphysicalmasstransferofSCMPpseudopotentialLBM.Int.J.HeatMassTransf.,123,815

[25]Yang,B.,Chen,S*.,KaiLiu.(2017):DirectnumericalsimulationsofparticlesedimentationwithheattransferusingtheLatticeBoltzmannmethod.Int.J.HeatMassTransf.104,419

[26]Yang,B.,Chen,S*.,Xiong,Y.,etal.(2017):Sizeandthermaleffectsonsedimentationbehaviorsoftwospheres.Int.J.HeatMassTransf.,114,198

[27]Gong,W.,Zu,Y.,Chen,S.,Yan,Y.Y.(2017):WettingTransitionEnergyCurvesforaDropletonaSquare-PostPatternedSurface.ScienceBulletin62,136

[28]Gong,W.Yan,Y.Y.Chen,S,etal.(2017):NumericalStudyofWettingTransitionsonBiomimeticSurfacesUsingaLatticeBoltzmannApproachwithLargeDensityRatio.J.BionicEng.14,486

[29]Gong,W.,Chen,S.,Yan,Y.Y.(2017):AThermalImmiscibleMultiphaseFlowSimulationbyLatticeBoltzmannMethod.Int.Comm.HeatMassTransf.88,136

[30]Yang,B.,Chen,S*.,Cao,C.,etal.(2016):LatticeBoltzmannsimulationoftwocoldparticlessettlinginNewtonianfluidwiththermalconvection.Int.J.HeatMassTransf.,93,477

[31]Cao,C.,Chen,S.,Li,J.Liu,Z.,Zha,L.,Bao,S.,andZhengC.G.(2015):SimulatingtheinteractionsoftwofreelysettlingsphericalparticlesinNewtonianfluidusinglattice-Boltzmannmethod.Appl.Math.Comput.250,533

[32]Bao,S.,Chen,S.*,Liu,Z.,Li,J.,Wang,H.andZhengC.G.(2012):Simulationoftheflowaroundanupstreamtransverselyoscillatingcylinderandastationarycylinderintandem.Phys.Fluids24,023603

[33]Bao,S.,Chen,S.,Liu,Z.andZhengC.G.(2012):LatticeBoltzmannsimulationoftheconvectiveheattransferfromastream-wiseoscillatingcircularcylinder.Int.J.HeatFluidFlow37,147

[34]Chen,S.,Liu,Z.,Shi,B.andZheng,C.G.(2006):Computationofgas-solidflowsbyfinitedifferenceBoltzmannequation.Appl.Math.Comput.173,33

[35]Chen,S.,Liu,Z.,Shi,B.,He,Z.andZheng,C.G.(2005):Anovelincompressiblefinite-differenceLatticeBoltzmannequationforparticle-ladenflow.ActaMech.Sin.21,574

[36]Chen,S.,Liu,Z.,Shi,B.andZheng,C.G.(2005):ExternalBodyForceinFiniteDifferenceLatticeBoltzmannMethod.J.Hydrodynamics17,473

[37]Chen,S.,Shi,B.,Liu,Z.,He,Z.,Guo,Z.L.andZheng,C.G.(2004):Lattice-Boltzmannsimulationofparticle-ladenflowoverabackward-facingstep.Chin.Phys.13,1657