近期论文
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[35]Yao Yang,Gaofeng Wang,Yuanqi Fang,Tai Jin,Jingxuan Li.Experimental study of the effect of outlet boundary on combustion instabilities in premixed swirling flames.Physics of Fluids.2021.
[34]Yao Yang,Yuanqi Fang,Liang Zhong,Yifan Xia,Tai Jin,Jingxuan Li,Gaofeng Wang,DMD analysis for velocity fields of a laminar premixed flame with external acoustic excitation,Experimental Thermal and Fluid Science,2021,123(1):110318
[33]Hualin Xiao,Kun Luo,Tai Jin,Haiou Wang,Jianren Fan.Direct numerical simulations of turbulent non-premixed flames:assessment of turbulence within swirling flows.Physics of Fluids.2021.
[32]Wei Xiao,Tai Jin,Kun Luo,Qi Dai,Jianren Fan.Eulerian-lagrangian direct numerical simulation of prefential accumulation of intertial particles in a compressible turbulent boundary layer.Journal of Fluid Mechanics.2020,903,A.19.
[31]Wei Xiao,Chaoli Mao,Tai Jin*,Kun Luo,Jianren Fan.Fully resolved simulation of a shockwave interacting with randomly clustered particles via a ghost-cell immersed boundary method.Physics of Fluids.2020,32,066105.
[30]Jiangkuan Xing,Kun Luo,Haiou Wang,Tai Jin,Jianren Fan.Novel sensitivity study for biomass directional devolatilization by random forest models.Energy&Fuels.2020.
[29]Jiangkuan Xing,Kun Luo,Haiou Wang,Zhengwei Gao,Tai Jin,Jianren Fan.Comparative study on different treatments of coal devolatilization for pulverized coal combustion simulation.Energy&Fuels.2020,34,3,3816-3827.
[28]Changcheng Song,Tai Jin,Haiou Wang,Zhengwei Gao,Kun Luo,Jianren Fan.Highfidelty numerical analysis of non-premixed hydrogen hydrothermal flames:flame structure and stablization mechanism.Fuel,2020,259,116162.
[27]Tai Jin,Yunchao Wu,Xujiang Wang,Kai H.Luo,Tianfeng Lu,Kun Luo,Jianren Fan.Ignition dynamics of DME/methane-air reactive mixing layer under reactivity controlled compression ignition conditions:Effects of cool flames.Applied Energy,2019,249,343-354
[26]Tai Jin,Kai H.Luo,Xujiang Wang,Kun Luo,Jianren Fan.Dynamics of triple-flames in ignition of turbulent dual fuel mixture:a direct numerical simulation study.Proceedings of the Combustion Institute,2019,37,4625-4633.
[25]Chaoli Mao,Tai Jin*,Kun Luo,Jianren Fan.Investigation of supersonic turbulent flows over a sphere by fully resolved direct numerical simulation.Physics of Fluids,2019,31,056102.
[24]Qi Dai,Tai Jin,Kun Luo,Jianren Fan.Direct numerical simulation of a three-dimensional spatially evolving compressible mixing layer laden with particles.I.Turbulent structures and asymmetric properties.Physics of Fluids,2019,31,083302.
[23]Qi Dai,Tai Jin,Kun Luo,Wei Xiao,Jianren Fan.Direct numerical simulation of a three-dimensional spatially evolving compressible mixing layer laden with particles.II.Turbulence anisotropy and growth rate.Physics of Fluids,2019,31,083303.
[22]Xujiang Wang,Tai Jin*,Kai H.Luo*.Response of heat release to equivalence ratio variations in high Karlovitz premixed H2/air flames at 20 atm,International Journal of Hydrogen Energy,2019,44,3195-3207.
[21]Changcheng Song,Kun Luo,Tai Jin,Haiou Wang,Jianren Fan.Direct numerical simulation on auto-ignition characteristics of turbulent supercritical hydrothermal flames,Combustion and Flame,2019,200,354-364.
[20]Qi Dai,Tai Jin*,Kun Luo,Jianren Fan.Direct numerical simulation of particle dispersion in a three-dimensional spatially developing compressible mixing layer,Physics of Fluids,2018,30,113301.
[19]Jorgen R.Aarnes*,Tai Jin*,Chaoli Mao,Nils E.L.Haugen,Kun Luo,Helge I.Andersson.Treatment of solid objects in the Pencil Code using an immersed boundary method and overset grids.Geophysical&Astrophysical Fluid Dynamics.Online.DOI:10.1080/03091929.2018.1492720.
[18]Tai Jin,Xujiang Wang,Kai H.Luo,Kun Luo,Jianren Fan.Structure of tetrabrachial flames in non-premixed autoigniting DME/air mixtures.Fuel,2018,232,90-98.
[17]Xujiang Wang,Tai Jin,Yongliang Xie,Kai H.Luo.Effects of pressure and Karlovitz number on the turbulence-flame interactions in lean premixed H2/air flames.Fuel,2018,234,1293-1300.
[16]Xujiang Wang,Tai Jin,Yongliang Xie,Kai H.Luo.Pressure effects on flame structures and chemical pathways for lean premixed turbulent H2/air flames:three dimensional DNS studies.Fuel.2018,231,320-329.
[15]Cesar Huete*,Tai Jin*,Daniel Martinez-Ruiz,Kun Luo.Interaction of a planar reacting shock wave with an isotropic turbulent vorticity field.Physical Review E.2017,96,053104.(co-corresponding author)
[14]Tai Jin,Kun Luo*,Shuqiang Lu,Jianren Fan.Analysis of conditional statistics of a supersonic jet flame in heated coflow via direct numerical simulation.Acta Astronautica,2017,134,179-188.
[13]Qi Dai,Kun Luo*,Tai Jin,Jianren Fan.Direct Numerical Simulation of Turbulence Modulation by Particles in Compressible Isotropic Turbulence,Journal of Fluid Mechanics,2017,832,438-482.
[12]Kun Luo,Yujuan Luo,Tai Jin,Jianren Fan*.Numerical analysis on shock-cylinder interaction using immersed boundary method,Science China-technological sciences,2017,60,1-10.
[11]Kun Luo,Yun Bai,Tai Jin,Kunzan Qiu,Jianren Fan*,Direct Numerical Simulation Study on the Stabilization Mechanism of a Turbulent Lifted Pulverized Coal Jet Flame in a Heated Coflow,Energy&Fuels,2017,31(8),8742-8757.
[10]Kun Luo,Yujuan Luo,Tai Jin,Jianren Fan*.Studies on shock interactions with moving cylinders using immersed boundary method,Physical Review Fluids,2017,2,064302.
[9]Tai Jin,Kun Luo*,Qi Dai,Jianren Fan.Numerical study on three-dimensional CJ detonation waves interacting with isotropic turbulence.Science Bulletin,2016,61:1756-1765.
[8]Tai Jin,Kun Luo,Qi Dai,Jianren Fan*.Simulations of Cellular Detonation Interaction with Turbulent Flows.AIAA Journal,2016,54,419-433.
[7]Tai Jin,Kun Luo*,Qi Dai,Jianren Fan.Direct numerical simulation on supersonic turbulent reacting and non-reacting spray jet in heated coflow.Fuel,2016,164:267-276.
[6]Tai Jin,Kun Luo*,Shuqiang Lu,Jianren Fan.Direct numerical simulation of a supersonic lifted hydrogen jet flame:A priori study on combustion models.Acta Astronautica,2015,109:52-64.
[5]Tai Jin,Kun Luo*,Fan Wu,Jiansheng Yang,Jianren Fan.Numerical investigation of erosion on a staggered tube bank by particle laden flows with immersed boundary method.Applied Thermal Engineering,2014,62(2):444-454.
[4]Tai Jin,Kun Luo,Shuqiang Lu,Jianren Fan*.DNS investigation on flame structure and scalar dissipation of a supersonic lifted hydrogen jet flame in heated coflow.International Journal of Hydrogen Energy,2013,38(23):9886-9896.
[3]Tai Jin*,Li Zhang,Kun Luo,Jianren Fan.Three-dimensional numerical study on thermal performance of a super large natural draft cooling tower of 220m height.Journal of Thermal Science,2013,22(3):234-241.
[2]Kun Luo,Tai Jin,Shuqiang Lu,Jianren Fan*.DNS analysis of a three-dimensional supersonic turbulent lifted jet flame.Fuel,2013,108:691-698.
[1]Tai Jin,Kun Luo,Jianren Fan*,Jiansheng Yang.Immersed boundary method for simulations of erosion on staggered tube bank by coal ash particles.Powder Technology,2012,225:196-205.
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中文期刊论文
[9]金台，王旭江，罗开红，罗坤*，樊建人.高强度湍流预混火焰NO生成特性的研究.工程热物理学报，2018,39,2056-2061.
[8]戴琪,金台*,罗坤,樊建人.可压缩均匀湍流中颗粒对湍流调制的数值研究.工程热物理学报，2018,.
[7]戴琪,金台*,罗坤,樊建人.驻定斜爆轰波起爆条件与结构的数值模拟研究.推进技术，2018,39,2357-2362.
[6]罗玉娟，罗坤，金台，樊建人.激波与颗粒相互作用全尺度直接数值模拟，工程热物理学报,2016,37,1-6.
[5]郑水华*,金台,罗坤,唐磊，易超，樊建人.逆流式自然通风冷却塔热力性能的三维数值模拟.中南大学学报(自然科学版),2013(09):3898-3903.
[4]金台,罗坤,杨建胜,樊建人.采用内嵌边界方法模拟错列管束的磨损.西安交通大学学报,2012(07):122-127.
[3]金台,张力,唐磊,易超，高翔，罗坤*，樊建人.自然通风湿式冷却塔配水优化的三维数值研究.中国电机工程学报,2012(02):9-15.
[2]罗坤,金台,卢树强,樊建人.超音速氢气燃烧火焰结构特性的直接数值模拟.工程热物理学报,2012(11):2010-2014.
[1]罗坤*,金台,樊建人*,岑可法.网格尺寸对液滴蒸发的影响.浙江大学学报(工学版),2011(12):2176-2180.
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