林智 - 浙江大学 - 数学科学学院

个人简介

学习经历： ——2002-09至2007-08,美国北卡罗莱纳大学,数学,理学博士,导师：R.McLaughlin;R.Camassa ——1998-09至2002-07,华南理工大学,应用数学及应用软件,理学学士,导师：郝志锋工作简历： ——2018-01至今,浙江大学数学科学学院,教授 ——2011-08至2017-12,浙江大学数学系/数学科学学院,特聘研究员 ——2009-09-01至2011-08-01,美国明尼苏达大学数学及其应用研究院,博士后 ——2007-08-01至2009-05-01,美国密歇根大学数学系,助理教授教学与课程国际校区本科留学生项目:Philosophy-Mathematics-Economics(PME)Calculus,ODE,Scientific Computation 本科公共课：《复变函数与积分变换》、《计算方法》、《常微分方程》、《偏微分方程》本科专业课:《科学计算》,《前沿数学讨论班--流体力学中的数学方法》全英文研究生公选课：《数值计算方法》研究生专业课：《非线性问题的数学方法》、《博士生专业英语/LaTeX入门》科研 My research revolves around and evolves from the fundamental problem of mixing and transport in fluids.Using a variety of mathematical tools that include partial differential equations,perturbation theory,asymptotic methods,variational calculus,numerical analysis,optimization and statistics,I focus on the understanding and exploitation of various mixing and transport phenomena that arise in geophysical,biological and mechanical systems.These phenomena are often characterized by the behavior of fluctuations fields of submerged physical observables,many of which can be modeled as passive scalars,such as temperature,moisture,chemical concentrations.These quantities not only are the subject matters in environmental control,combustion,and biochemical reactions but also serve as proxies for the study of turbulence. During my Ph.D.study at the University of North Carolina,I was a Research Assistant supported by the NSF award'Collaborations in Mathematical Geosciences(CMG)'.My thesis on passive scalar intermittency under the guidance of Professor Richard McLaughlin and Professor Roberto Camassa focused on identifying the physics responsible for the non-Gaussian statistics observed for many physical quantities in experimental and natural turbulence.I also worked in the UNC Fluids Lab and analyzed data on underwater turbulent plumes and jets whose behavior may have great environmental impacts. After my graduation,I started my postdoctoral research at the University of Michigan funded through the NSF award'Studies in Mathematical Physics(PHY)'.With the help of my faculty mentor,Professor Charles Doering,I integrated my expertise in asymptotic,variational and stochastic methods and reconciled previously conflicting results on flow-enhanced scalar diffusion by addressing the different physical mechanisms and mathematical challenges.Since I became a Postdoctoral Fellow for the IMA Thematic Year on Complex Fluids and Complex Flows,I have extended my work seeking to optimize industrial and microfluidic mixing.Additionally,I started to explore the biological applications of my knowledge with research projects in biogenic mixing.Furthermore,I have been consistently inspired by interacting with physicists,environmental scientists and engineers through various conferences and workshops,including the notable Geophysical Fluid Dynamics Summer Program at the Woods Hole Oceanographic Institution that has beening going on for more than half a century now. A list of my publications and talks can be found in my CV HERE.And the details of my projects can be found HERE. 相关链接浙江大学本科招生网浙江大学竺可桢学院浙江大学数学科学学院中国数学会中国工业与应用数学学会

研究领域

应用偏微分方程, 数学建模, 数值模拟, 流体力学

近期论文

查看导师最新文章（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）

15.ZL,Zhang*,Q.(2017),``High-order finite-volume solutions of the steady-state advection–diffusion equation with nonlinear Robin boundary conditions',Journal of Computational Physics,345:358--372 14.ZL,Zhu,Y.and Wang*,Z.(2017),``Local bifurcation of electrohydrodynamic waves on a conducting fluid',Physics of Fluids,29(3):032107 13.ZL,Xiao*,D.,Fang,F.,Pain,C.C.,Navon,I.M.,Salinas,P.and Muggeridge,A.(2017),``Non-intrusive reduced order modelling with least squares fitting on a sparse grid',International Journal for Numerical Methods in Fluids,83(3):291--306 12.Xiao,D.,ZL,Fang*,F.,Pain,C.C.,Navon,I.M.(2017),``Non-intrusive reduced order modeling for multiphase porous media flows using Smolyak sparse grids',International Journal for Numerical Methods in Fluids,83(2):205--219 11.ZL*and Zhang,Y.(2016),``Stirring by multiple cylinders in potential flow',Journal of Fluid Mechanics,794:552--564 10.Camassa,R.,ZL,McLaughlin,R.,Mertens,K.,Tzou*,C.-N.,Walsh,J.and White,B.(2016),``Optimal mixing of buoyant jets and plumes in stratified fluids:theory and experiments'',Journal of Fluid Mechanics,790:71--103 9.Shen*,H.,Elboth,T.,Tian,G.and ZL(2014),``Modeling of multi-depth slanted airgun source for deghosting',Applied Geophysics,11(4):405--417 8.Lunasin,E.,ZL*,Novikov,A.,Mazzucato A.and Doering,C.R.(2012),``Optimal mixing and optimal stirring for fixed energy,fixed power or fixed palenstrophy flows',Journal of Mathematical Physics,53(11):115611,2012 7.Adalsteinsson,D.,Camassa,R.,Harenberg,S.,ZL,McLaughlin*,R.M.,Mertens,K.,Reis,J.,Schlieper,W.and White,B.(2011) ``Subsurface trapping of oil plumes in stratification:laboratory investigations'',Geophysical Monograph Series,195:257--262 6.ZL,Doering*,C.R.and Thiffeault,J.-L.(2011)``Optimal stirring strategies for passive scalar mixing'',Journal of Fluid Mechanics,675:465--476 5.ZL,Thiffeault*,J.-L.,and Childress,S.(2011)``Stirring by squirmers'',Journal of Fluid Mechanics,669:167--177 4.ZL,Bodova*,K.,and C.R.Doering,C.R.(2010)``Models and Measures of Mixing and Effective Diffusion',Discrete and Continuous Dynamics Systems--A,28(1):259--274 3.Camassa,R.,ZL*,and McLaughlin,R.M.(2010)``The Exact Evolution of the Scalar Variance in Pipe and Channel Flow',Communications in Mathematical Sciences,8(2):601--626. 2.Camassa,R.,ZL,and McLaughlin*,R.M.(2008)``Evolution of the probability measure for the Majda model:new invariant measures and breathing PDFs',Journal of Statistical Physics,130(2):343--371. 1.Bronski,J.C.,Camassa,R.,ZL,McLaughlin*,R.M.and Scotti,A.(2007)``An explicit family of probability measures for passive scalar diffusion in a random flow',Journal of Statistical Physics,128(4):927--968.