当前位置: X-MOL首页全球导师 国内导师 › 熊红兵

个人简介

熊红兵,女,1976年12月生,浙江大学副教授、博士生导师。 教育经历: 1995年9月-2000年7月,中国科学技术大学热科学和能源工程系毕业,获工程热物理和计算机软件双学士学位; 本科论文:低温状态下红细胞导热系数的测定,导师:程曙霞。 2000年9月-2004年12月,美国纽约州立大学石溪分校机械工程系毕业,获博士学位; 博士论文:Three-dimensional simulation of plasma spray with particle melting and oxidation,导师:Lili Zheng(郑丽丽) 工作经历: 2000年9月-2004年12月,美国纽约州立大学石溪分校机械工程系,担任助研(Research Assistant); 2005年7月-2007年9月,浙江大学,师资博后,助理研究员,合作教授:林建忠; 2007年9月至今,浙江大学,副教授。 采用颗粒轨道法和SPH无网格方法,研究等离子体、气体、液体等流动问题,及雾化、蒸发、沸腾、凝固等相变问题; 主要针对复杂多相系统的传热和流动机理进行基础研究,也兼顾一定的工程应用背景。 教学与课程 教学课程: 计算流体力学,本科生课程 微流体力学,研究生课程 承担和主要参与的科研项目: 气液两相流的SPH模拟及其在高温射流雾化中的应用,No.11972321,国家自然科学基金面上项目,20200101~20231231,64万,1/7。 由湍动导致纳米颗粒数密度增减和扩散的两相湍流,No.91852102,国家自然科学基金重大研究计划,20190101-20211231,95万,2/6。 等离子喷涂中纳米颗粒悬浮液的蒸发雾化动力学过程研究,No.11472245,国家自然科学基金,20150101~20181231,86万,1/7 浙江省软体机器人与智能器件研究重点实验室,浙江省科技厅,KN20160194,2016-01-01至2017-12-31,200万,17/41 等离子喷涂的研究及其在飞机中的应用,中央高校基本科研业务费,No.2012FZA4027,2012.3-2013.12,30万,1/8,40% 纳米等离子体喷涂中纳米颗粒多相流的数值研究,No.11072216,国家自然科学基金,20110101~20131231,40万,1/9,40% 光滑粒子流体动力学SPH方法对热喷涂中粒子沉积过程的研究及应用,No.10602052,国家自然科学基金,20070101~20091231,26万,1/6,40% 极端恶劣气候条件下高速列车运行安全评估技术,“十一五”国家科技支撑计划“中国高速列车关键技术研究及装备研制”项目,2009BAG12A01-C03,247万,20090101~财务验收20140422,3/13,30% 基于小孔射流的粘胶雾化理论及其均匀性研究,科技部重大基础研究前期研究专项资助项目,2005CCA06900,20060101~20071231,40万,3/9,20% 定边带硅晶体生长法制备太阳电池硅材料的数值模拟,浙江省自然科学基金,J20060631,20070101~20081231,7万,1/6,50% 高温电磁感应加热等离子体喷涂的研究及应用,教育部留学回国基金,J20060132,20060101~20071231,4万,1/1,100% 高频感应等离子体喷涂用于材料表面处理和加工,中国博士后科学基金资助项目,2005038635,20060101~20071231,1万,1/1,100% 热场数值模拟的软件开发和技术支持,企、事业单位委托经费,H20072249,20071101~20081101,2万,1/1,100% 单晶硅生长过程中的热场设计和节能降耗分析,企事业单位委托科技项目,H20081193,2008-06-01,2009-05-29,2,1.5万,1/1,100% 申请的专利: 一种等离子喷嘴、喷枪以及喷涂方法,发明专利,201510332236X,2017/4/5 用于边缘限定硅膜生长法生产带状多晶硅的装置,发明专利,200810163362.7,2008/12/18.

研究领域

包括高温等离子体热喷涂、微纳米粒子多相流、高速列车空气动力学、晶体生长等过程中的流体力学问题等;

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)

发表的主要论文: Growth and Collapse Dynamics of Vapor Bubble near or at Wall,Huigang Wang(王回港),Chengyu Zhang(章呈昱),Hongbing Xiong(熊红兵),Water 2021,13(1),12. Effects of the collision model in interface-resolved simulations of particle-laden turbulent channel flows,Yan Xia(夏严),Hongbing Xiong(熊红兵),Zhaosheng Yu(余钊圣),and Chenlin Zhu(朱晨琳),Physcis of fluids,32(10)2020. Hong-bing Xiong(熊红兵),Cheng-yu Zhang(章呈昱),Zhao-sheng Yu(余钊圣),Multiphase SPH modeling of water boiling on hydrophilic and hydrophobic surfaces,International Journal of Heat and Mass Transfer 130(2019)680–692 Hongbing Xiong(熊红兵),Weiqi Sun(孙伟奇),Investigation of Droplet Atomization and Evaporation in Solution Precursor Plasma Spray Coating,Coatings 2017,7,207. Hong-bing Xiong(熊红兵),Cheng-yu Zhang(章呈昱),Kai Zhang(张凯),Xue-Ming Shao(邵雪明),Effects of Atomization Injection on Nanoparticle Processing in Suspension Plasma Spray,Nanomaterials 2016,6,94-109. Kai Zhang(张凯),Hong-bing Xiong*(熊红兵),Xue-Ming Shao(邵雪明),Dynamic modeling of micro-and nano-sized particles impinging on the substrate during suspension plasma spraying,Jounal of Zhejiang University Science A,2016:Vol.17 No.9 P.733-744. 叶辉,熊红兵,陆灏,雷本宏,黄志龙,动网格模拟风振对超大瘦高型冷却塔风荷载的影响,应用力学学报,2016年6期,963-969 Xue-Ming Shao(邵雪明),Kai Zhang(张凯),Hong-bing Xiong*(熊红兵),Modeling of Micro-and Nanoparticle Characteristics in DC Suspension Plasma Spray,Journal of Thermal Spray Technology,2015,Volume 24,Issue 3,pp 309-317. Hong-Bing Xiong(熊红兵),Li-Juan Qian(钱丽娟)and Jian-Zhong Lin(林建忠),Simulation of Effervescent Atomization and Nanoparticle Characteristics in Radio Frequency Suspension Plasma Spray,Journal of Thermal Spray Technology Volume 21,2012,Number 2,226-239. 崔阳阳,熊红兵,陈大伟,万军,邵雪明,暴风雪条件下列车气动特性及倾覆稳定性分析,机电工程,2012,29(8),877-881 Hong-bing Xiong(熊红兵),Wen-guang Yu(喻文广),Da-Wei Chen(陈大伟),Xue-ming Shao(邵雪明),Numerical study on the aerodynamic performance and safe running of high-speed trains in sandstorms,Jounal of Zhejiang University Science A,2011 12(12):971-978. Xue-Ming Shao(邵雪明),Jun Wan(万军),Da-Wei Chen(陈大伟),Hong-bing Xiong*(熊红兵),Aerodynamic modeling and stability analysis of a high-speed train under strong rain and crosswind conditions,Jounal of Zhejiang University Science A,2011 12(12):964-970. Qian Lijuan(钱丽娟),Lin Jianzhong(林建忠),Xiong Hongbing(熊红兵),Modeling of non-Newtonian suspension plasma spraying in an inductively coupled plasma torch,International Journal of Thermal Sciences,Vol.50(8),p1417-1427,2011. Qian Lijuan(钱丽娟);Lin Jianzhong(林建忠);Xiong Hongbing(熊红兵),Theoretical Investigation of the Influence of Liquid Physical Properties on Effervescent Atomization Performance,Journal of Fluids Engineering-Transactions of the ASME,133(10)2011. 张淼,熊红兵,高速列车各部件对整车升阻力的影响性分析,制造业自动化,33(2),2011,202-217 朱剑,熊红兵,邵雪明,熔滴在不同基板上碰撞、变形和凝固过程的ISPH方法模拟,水动力学研究与进展,2011(EI收录) H.B.Xiong(熊红兵),J.Zhu(朱泽飞),Study of droplet deformation,heat-conduction and solidification using incompressible smoothed particle hydrodynamics method,Journal of Hydrodynamics,2010,Vol.22(5)S1,Pages 150-153. Qian Lijuan(钱丽娟),Lin Jianzhong(林建忠),Xiong Hongbing(熊红兵),A Fitting Formula for Predicting Droplet Mean Diameter for Various Liquid in Effervescent Atomization Spray,Journal of Thermal Spray Technology,2010,Volume 19,Number 3,586-601. Qian Lijuan(钱丽娟);Lin Jianzhong(林建忠);Xiong Hongbin(熊红兵),Numerical Modeling in Radio Frequency Suspension Plasma Spray of Zirconia Powders,Plasma Chemistry and Plasma Processing,Vol.30(6),p.733-760,2010. H.B.Xiong(熊红兵),J.Z.Lin(林建忠),Nanoparticles modeling in axially injection suspension plasma spray of zirconia and alumina ceramics,Journal of Thermal Spray Technology,18(5),pp 887-895,2009 H.B.Xiong(熊红兵),J.Z.Lin(林建忠),Z.F.Zhu(朱泽飞),Three-Dimensional Simulation of Effervescent Atomization Spray,Atomization and Sprays,19(1),75-90,2009 J.Z.Lin(林建忠),L.J.Qian(钱丽娟),H.B.Xiong(熊红兵),Relationship between deposition properties and operating parameters for droplet onto surface in the atomization impinging spray,Powder Technology,191(3),pp 340-348,2009 Qian Lijuan(钱丽娟),Lin Jianzhong(林建忠),Xiong Hongbing(熊红兵),Simulation of Droplet-gas Flow in the Effervescent Atomization Spray with an Impinging Plate,Chinese Journal of Chemical Engineering,17(1),pp 8-19,2009 Lin,Jianzhong(林建忠),Qian,Lijuan(钱丽娟),Xiong,Hongbing(熊红兵),Chan,Tat Leung,Effects of operating conditions on droplet deposition onto surface of atomization impinging spray,Surface&Coatings Technology,203(12),pp 1733-1740,2009 Wan,Zhanhong(万占鸿);Lin,Jianzhong(林建忠);Xiong,Hongbing(熊红兵),On the non-linear instability of fiber suspensions in a Poiseuille flow,International Journal of Non-Linear Mechanics,2008.11,43(9):898~907 钱丽娟,熊红兵,林建忠,液体物性对雾化射流液雾粒径的影响,工程热物理学报,2008,v29,n2,p246-250。(EI) 钱丽娟,熊红兵,林建忠,湍动雾化射流液雾粒径分布的数值模拟,工程热物理学报2007.3,28(2)P251-254。(EI) Yu Mingzhou(于明州),Lin Jianzhong(林建忠),Xiong Hongbing(熊红兵),Quadrature method of moments for nanoparticle coagulation and diffusion in the planar impinging jet flow,Chinese Chemical Engineering,15(6),pp 828-836,2007 H.B.Xiong(熊红兵),Y.Ma(马远),L.L.Zheng(郑丽丽),A modified HEM system for optical crystal growth with high melting temperature,Journal of Crystal Growth 299(2007)404–412.. Xiong,H.B.(熊红兵),Ma,Y.(马远),Zheng,L.L.(郑丽丽),Multiphase flow in directional solidification of Metal Matrix Particulate Composites,Modelling and Simulation in Materials Science and Engineering,2006 Xiong H.B.(熊红兵),Zheng L.L.(郑丽丽),and Streibl T.,A critical assessment of particle temperature distributions during plasma spraying:Numerical studies for YSZ,Plasma Chemistry and Plasma Processing,2006,26(1),53-72. Xiong HB(熊红兵),Chen LH(陈丽华),Lin JZ(林建忠),Smoothed particle hydrodynamics modeling of free surface flow,Journal of Hydrodynamics,2006,v 18,n3,p443-445 Li L.(李立),A.Vaidya,H.Xiong(熊红兵),S.Sampath,L.Zheng(郑丽丽),Particle characterization and splat formation of plasma sprayed zirconia,Journal of Thermal Spray Technology,2006 熊红兵,朱泽飞,林建忠,三维等离子体射流中空气的卷吸和粒子的氧化,浙江大学学报(工学版),2006(EI收录) Xiong H.B.(熊红兵),Zheng L.L.(郑丽丽),Li L.(李立)et al,Melting and oxidation behavior of in-flight particles in plasma spray process,International Journal of Heat And Mass Transfer,2005,48(25-26),5121-5133. Xiong,H.B.(熊红兵),Zheng,L.L.(郑丽丽),Sampath S.,et al,Three-dimensional simulation of plasma spray jet:effects of carrier gas flow and particle injection on plasma jet and entrained particle,International Journal of Heat and Mass Transfer,47,5189-5200,2004 Wei,G.(魏光华),Xiong,H.(熊红兵),Zheng,L.L.(郑丽丽),et al,Modeling from particle in-flight to coating build-up for thermal spray processes,Proceedings of 2004 ASME Heat Transfer/Fluids Engineering Summer Conference,2004,July 11-15,Charlotte,North Carolina,USA,HT-FED2004-35368,pp.1-10.(EI收录) Wei,G.(魏光华),Xiong,H.(熊红兵),Zheng,L.L.(郑丽丽),and Zhang,H.(张辉),Advanced ceramic coating buildup model for thermal spray processes,International Thermal Spray Conference 2004,Osaka,Japan,2004,May 10-14,pp.1-10.(EI收录) Wei,G(魏光华).,Xiong,H.(熊红兵),Zheng,L.L.(郑丽丽),and Zhang,H.(张辉),2004,An Integrated Thermal Spray Modeling from Particle In-Flight to Coating Build-up,Proceedings of the 6th Int.Sym.on Heat and Mass Transfer,pp.90-95,Beijing,China,June 15-19,2004.(EI收录) Xiong H.(熊红兵)and Zheng L.L.(郑丽丽),Melting,oxidation,evaporation of particle in-flight in plasma spray processes,Journal of Materials Science and Technology,19(s1),49-52,2003 Zhang,H.(张辉),Xiong,H.B.(熊红兵),Zheng,L.L.(郑丽丽),et al,Partially melted particle and its splat morphology,Thermal Spray 2003:Advancing the Science&Applying the Technology,(ed.)C.Moreau and B.Marple,pp.905-911,ASM Int.,Materials Park,OH.(EI收录)

推荐链接
down
wechat
bug