个人简历
吴斌鑫博士,教授, 博导；2000-2018年在美国康乃尔大学 (Cornell University) 、美国费城混合技术公司 (Philadelphia Mixing Solutions)和美国布朗-考德威尔公司（Brown and Caldwell）等分别担任高级研究员、高级工程师和高级专家。主要成果包括：主持国家自然科学基金项目，参与美国农业部和纽约州能源署等科研项目；在Environmental Science & Technology、Water Research、Bioresource Technology和Biotechnology and Bioengineering等国际知名学术期刊上发表论文40多篇；2篇论文分别获得Transactions of the ASABE的2006和2011年度杰出论文奖（Superior Paper Award）；2篇论文被期刊Biotechnology and Bioengineering邀请制作摘要录像（video abstract），1篇论文被该期刊评选为热点论文（spotlight paper）；获奖及荣誉2017年第7届巴西生物气象大会主题报告2013年国际埃尼奖提名2013年美国农业工程国际会议CFD Applications in Agriculture 分会主席2012年被生物技术和生物工程期刊邀请制作摘要录像 (Video Abstract)2011年被生物技术和生物工程期刊邀请制作摘要录像 (Video Abstract)2011年美国农业工程学报的优秀论文奖 (Superior Paper Award)2006年美国农业工程学报的优秀论文奖 (Superior Paper Award)
研究领域
计算流体力学在农业、生物及环境工程中的应用，主要包括温室和畜禽舍的通风与传热计算、生物反应器内流体流动和传热与生化反应的耦合计算、废水处理过程的模拟仿真。""
近期论文
国际期刊论文1.N.Rezazadeh,H.Hosseinzadeh,Binxin Wu*.Effect of burners configuration on performance of heat treatment furnaces.International Journal of Heat and Mass Transfer.2019,136:799-807.2.I.Kariyama,X.Zhai,Binxin Wu*.Influence of mixing on anaerobic digestion efficiency in stirred digesters-a review.Water Research.2018,143:503-517.3.I.Kariyama,X.Zhai,Binxin Wu*.Physical and rheological properties of animal manure-a review.Transactions of the ASABE.2018,61(3):1113-1120.4.X.Zhai,I.Kariyama,Binxin Wu*.Investigation of the effect of intermittent minimal mixing intensity on methane production during anaerobic digestion of dairy manure.Computersand Electronics in Agriculture.2018,155:121-129.5.M.Khalid,I.Akhtar,H.Imtiaz,H.Dong,Binxin Wu*.On the hydrodynamics and nonlinear interaction between fish in tandem configuration.Ocean Engineering.2018,157:108-120.6.M.Khalid,I.Akhtar,Binxin Wu.Quantification of flow noise produced by an oscillating hydrofoil.Ocean Engineering.2019,171:377-390.7.Binxin Wu,Stephen Kennedy,Nicky Eshtiaghi,and Rajarathinam Parthasarathy*.CFD modeling of active volume creation in a non-Newtonian fluid agitated by submergedrecirculating jets.Chemical Engineering&Technology.2018,41(7):1441-1447.8.M.Khalid,I.Akhtar,H.Dong,N.Ahsan,X.Jiang,Binxin Wu*.Bifurcations and route to chaos for flow over an oscillating airfoil.Journal of Fluids and Structures.2018,80:262-274.9.A.Tabrizi,Binxin Wu*.The role of compressibility in computing noise generated at a cavitating orifice.International Journal of Aeroacoustics.2018,1-19.10.A.Tabrizi and Binxin Wu*,Jonathan Whale,Maryam Lotfabadi.Using TurbSim stochastic simulator to improve accuracy of computational modelling of wind in the builtenvironment.Wind Engineering.2019,43(2):147-16111.Binxin Wu.CFD study of submersible mixers in anaerobic digesters.Transactions of the ASABE.2017,60(2):275-282.12.K.G.Gebremedhin,and Binxin Wu.Modeling heat loss from the udder of a dairy cow.Journal of Thermal Biology.2016,59:34-38.13.K.G.Gebremedhin,Binxin Wu,and K.Perano.Modeling conductive cooling for thermally stressed dairy cows.Journal of Thermal Biology.2016,56:91-99.14.Binxin Wu.CFD simulation of gas mixing in anaerobic digesters.Computers and Electronics in Agriculture.2014,109:278-286.15.Kaiying Wang,Xiaoshuai Wang,and Binxin Wu.Assessment of hygrothermal conditions in a farrowing room with a wet-pad cooling system based on CFD simulation and fieldmeasurements.Transactions of the ASABE.2014,57(5),1493-1500.16.Binxin Wu.Advances in the use of CFD to characterize,design and optimize bioenergy systems.Computers and Electronics in Agriculture.2013,93:195-208.17.Binxin Wu.Integration of mixing,heat transfer,and biochemical reaction kinetics in anaerobic methane fermentation.Biotechnology and Bioengineering.2012,109(11):2864-2874.18.Binxin Wu.CFD simulation of mixing for high-solids anaerobic digestion.Biotechnology and Bioengineering.2012,109(8):2116-2126.19.Binxin Wu.Large eddy simulation of mechanical mixing in anaerobic digesters.Biotechnology and Bioengineering.2012,109(3):804-812.20.Binxin Wu.Computational fluid dynamics study of large-scale mixing systems with side-entering impellers.Engineering Applications of Computational Fluid Mechanics.2012,6(1):123-133.21.Binxin Wu.CFD investigation of turbulence models for mechanical agitation of non-Newtonian fluids in anaerobic digesters.Water Research.2011,45(5):2082-2094.22.Binxin Wu,and Z.Chen.An integrated physical and biological model for anaerobic lagoons.Bioresource Technology.2011,102(8):5032-5038.23.Binxin Wu,and Y.Chen.Modeling liquid distribution in soil after pocket injection.Journal of Environmental Quality.2011,40(2):302-311.24.Binxin Wu.Computational fluid dynamics investigation of turbulence models for non-Newtonian fluid flow in anaerobic digesters.Environmental Science&Technology.2010,44(23),8989-8995.25.Binxin Wu.CFD simulation of gas and non-Newtonian fluid two-phase flow in anaerobic digesters.Water Research.2010,44(13):3861-3874.26.Binxin Wu.CFD simulation of mixing in egg-shaped anaerobic digesters.Water Research.2010,44(5):1507-1519.27.Binxin Wu.CFD analysis of mixing in large aerated lagoons.Engineering Applications of Computational Fluid Mechanics.2010,4(1):127-138.28.Binxin Wu.CFD prediction of mixing time in anaerobic digesters.Transactions of the ASABE.2010,53(2),553-563.29.Binxin Wu.CFD analysis of mechanical mixing in anaerobic digesters.Transactions of the ASABE.2009,52(4),1371-1382.30.Binxin Wu,E.L.Bibeau,and K.G.Gebremedhin.Three-dimensional numerical simulation model of biogas production for anaerobic digesters.Canadian Biosystems Engineering.2009,51(8):1-7.31.Binxin Wu,and S.Chen.CFD simulation of non-Newtonian fluid flow in anaerobic digester.Biotechnology and Bioengineering.2008,99(3):700-711.32.Binxin Wu,Y.Liu,W.Liao,and S.Chen.A numerical model for predicting diffusivity in a biocatalyst particle with heterogeneous reactions.AIChE Journal.2008,54(8):2182-2189.33.Binxin Wu,and E.L.Bibeau.Development of 3-D anaerobic digester heat transfer model for cool weather applications.Transactions of the ASABE.2006,49(3):749-757.34.K.G.Gebremedhin,Binxin Wu,C.Gooch,P.Wright,and S.Inglis.Heat transfer model for plug-flow anaerobic digesters.Transactions of the ASABE.2005,48(2):777-785.35.K.G.Gebremedhin,and Binxin Wu.Simulation of flow fields for a ventilated space with different inlet and outlet conditions.Journal of Thermal Biology.2005,30(5):343-353.36.Binxin Wu,W.Yang,and C.Jia.A three-dimensional numerical simulation of transient heat and mass transfer inside a single rice kernel during the drying process.BiosystemsEngineering.2004,87(2):191-200.37.K.G.Gebremedhin,and Binxin Wu.Characterization of flow field in a ventilated space and simulation of heat exchange between cows and their environment.Journal of ThermalBiology.2003,28(4):301-319.38.K.G.Gebremedhin,and Binxin Wu.Simulation of sensible and latent heat losses from wet-skin surface and fur layer.Journal of Thermal Biology.2002,27(4):291-297.39.Binxin Wu,and K.G.Gebremedhin.CFD development and simulation of flow fields in ventilated spaces with multiple occupants.Transactions of the ASAE.2001,44(6):1839–1850.40.Binxin Wu,and K.G.Gebremedhin.Numerical simulation of flow field around a cow using 3-D body-fitted coordinate system.Journal of Thermal Biology.2001,26(6):563-573.41.K.G.Gebremedhin,and Binxin Wu.A model of evaporative cooling of wet skin surface and fur layer.Journal of Thermal Biology.2001,26(6):537-545.1.N.Rezazadeh,H.Hosseinzadeh,Binxin Wu*.Effect of burners configuration on performance of heat treatment furnaces.International Journal of Heat and Mass Transfer.2019,136:799-807.2.I.Kariyama,X.Zhai,Binxin Wu*.Influence of mixing on anaerobic digestion efficiency in stirred digesters-a review.Water Research.2018,143:503-517.3.I.Kariyama,X.Zhai,Binxin Wu*.Physical and rheological properties of animal manure-a review.Transactions of the ASABE.2018,61(3):1113-1120.4.X.Zhai,I.Kariyama,Binxin Wu*.Investigation of the effect of intermittent minimal mixing intensity on methane production during anaerobic digestion of dairy manure.Computers and Electronics in Agriculture.2018,155:121-129.5.M.Khalid,I.Akhtar,H.Imtiaz,H.Dong,Binxin Wu*.On the hydrodynamics and nonlinear interaction between fish in tandem configuration.Ocean Engineering.2018,157:108-120.6.M.Khalid,I.Akhtar,Binxin Wu.Quantification of flow noise produced by an oscillating hydrofoil.Ocean Engineering.2019,171:377-390.7.Binxin Wu,Stephen Kennedy,Nicky Eshtiaghi,and Rajarathinam Parthasarathy*.CFD modeling of active volume creation in a non-Newtonian fluid agitated by submergedrecirculating jets.Chemical Engineering&Technology.2018,41(7):1441-1447.8.M.Khalid,I.Akhtar,H.Dong,N.Ahsan,X.Jiang,Binxin Wu*.Bifurcations and route to chaos for flow over an oscillating airfoil.Journal of Fluids and Structures.2018,80:262-274.9.A.Tabrizi,Binxin Wu*.The role of compressibility in computing noise generated at a cavitating orifice.International Journal of Aeroacoustics.2018,1-19.10.A.Tabrizi and Binxin Wu*,Jonathan Whale,Maryam Lotfabadi.Using TurbSim stochastic simulator to improve accuracy of computational modelling of wind in the builtenvironment.Wind Engineering.2019,43(2):147-16111.Binxin Wu.CFD study of submersible mixers in anaerobic digesters.Transactions of the ASABE.2017,60(2):275-282.12.K.G.Gebremedhin,and Binxin Wu.Modeling heat loss from the udder of a dairy cow.Journal of Thermal Biology.2016,59:34-38.13.K.G.Gebremedhin,Binxin Wu,and K.Perano.Modeling conductive cooling for thermally stressed dairy cows.Journal of Thermal Biology.2016,56:91-99.14.Binxin Wu.CFD simulation of gas mixing in anaerobic digesters.Computers and Electronics in Agriculture.2014,109:278-286.15.Kaiying Wang,Xiaoshuai Wang,and Binxin Wu.Assessment of hygrothermal conditions in a farrowing room with a wet-pad cooling system based on CFD simulation and field measurements.Transactions of the ASABE.2014,57(5),1493-1500.担任Transactions of the ASABE和Applied Engineering in Agriculture副主编以及12个国际期刊的论文评审专家。担任副主编Transactions of the ASABE（美国农业工程学报）Applied Engineering in Agriculture(农业应用工程)专业学会会员美国农业生物工程师学会美国机械工程师学会美国化学工程师学会美国科学研究学会获奖及荣誉2017年第7届巴西生物气象大会主题报告2013年国际埃尼奖提名2013年美国农业工程国际会议CFD Applications in Agriculture 分会主席2012年被生物技术和生物工程期刊邀请制作摘要录像 (Video Abstract)2011年被生物技术和生物工程期刊邀请制作摘要录像 (Video Abstract)2011年美国农业工程学报的优秀论文奖 (Superior Paper Award)2006年美国农业工程学报的优秀论文奖 (Superior Paper Award)
