| Editors-in-Chief |
| Name/Email |
Address/Phone |
Shouchuan Hu
|
Dept. of Mathematics, Missouri State University, Springfield, MO 65804, USA
(Phone & Fax: 417-889-0336) |
Yuan Lou
|
Dept. of Mathematics, The Ohio State University, Columbus, OH
43210, USA
(Phone: (614) 292-5368, Fax: (614) 292-1479) |
| Managing Editor |
| Name/Email |
Address/Phone |
Xin Lu
|
Dept. of Mathematics & Statistics, Univ. of North Carolina at Wilmington, Wilmington, NC 28403, USA
(Phone: (910)-962-3673, Fax: (910)-962-7107) |
| [ Editorial Board ] |
| Name/Web |
Area of experties/Email |
| Gregoire Allaire |
Homogenization, optimal design, two-phase flows
|
| Guillaume Bal |
Applied PDE, wave and particle propagation in heterogeneous media, inverse problems in medical imaging
|
| Jerry Bona |
Fluid mechanics, waves, oceanography, coastal engineering
|
| Roberto Camassa |
Nonlinear waves, dynamical systems, applied mathematics
|
| Bernard Dacorogna |
Calculus of variations, applications to nonlinear elasticity
|
| Qiang Du |
Applied and numerical analysis, scientific computation
|
| Yalchin Efendiev |
Computational mathematics, homogenization, numerical homogenization
|
| D. Yang Gao |
Nonlinear mechanics, nonconvex/nonsmooth dynamical systems
|
| Tomas Gedeon |
mathematical molecular biology, mathematical neuroscience, cyclic feedback systems, delay equations
|
| Antonio Giorgilli |
Dynamical systems, Hamiltonian systems, perturbation theory
|
| Emmanuel Grenier |
Math fluid mechanics, in particular rotating fluids,
low Mach number limit, models of cancer growth, models
in neurology
|
| Yan Guo |
Partial differential equations, kinetic theory
|
| Tim Healey |
Nonlinear elasticity and nonlinear analysis
|
| Bei Hu |
Partial differential equations and applications in Engineering, Industry, Biology
|
| Angel Jorba |
Celestial mechanics, analysis and design of
spacecraft missions
|
| David Kinderlehrer |
Nonlinear analysis and materials science
|
| P.E. Kloeden |
Numerical, stochastic and nonautonomous
dynamics
|
| Yang Kuang |
Mathematical ecology, population dynamics, delay differential equations
|
| Urszula Ledzewicz |
Optimal control, automatic control, modeling,
and of biomedical systems.
|
| Doron Levy |
Applied nonlinear PDE, numerical analysis,
applications to physics, biology and medicine
|
| Bingtuan Li |
Mathematical biology, differential equations
|
| Georgi S. Medvedev
|
Applied dynamical systems, mathematical neuroscience
|
| Qing Nie |
Computational systems biology; Cell signaling; Stem cell, morphogenesis, and patterning; Scientific computing and numerical analysis; Interface dynamics in materials and fluids
|
| Hans Othmer |
Physiology, dvelopmental biology, pattern formation
|
| Kevin Painter |
Mathematical and computational modelings of biological processes: embryonic development,
cellular biology and cancer development
|
| Benoit Perthame |
Applied PDE and numerical analysis
|
| Benedetto Piccoli |
Control theory & applications, hybperbolic systems, financial math
|
| Mary Pugh |
Applied analysis, mathematical fluid dynamics, mathematical biology
|
| Shigui Ruan |
Bifurcation theory, dynamical systems,
mathematical biology
|
| David Russell |
Control and modeling
|
| Miguel Sanjuan |
Applied nonlinear dynamics, chaos and complex systems
|
| Christian Schmeiser |
Partial differential equations, kinetic transport equations, asymptotic methods, applications in physics and biology
|
| Tim Schulze |
Materials science, fluid mechanics and multiscale simulati
|
| Jie Shen |
Numerical analysis, computational fluid dynamics
|
| Hal Smith |
Mathematical biology, differential equations,
dynamical systems
|
| Ruedi Stoop |
Complexity, computation, biophysics of
neural sensors
|
| Roger Temam |
Solid mechanics, fluid mechanics and turbulence
|
| Kok Lay Teo |
Numerical optimal control, control of chaotic systems
|
| Roberto Triggiani |
Control theory for partial differential equation
|
| Ka-Kit Tung |
Atmospheric Dynamics, 2D and QG Turbulence
|
|
Applied and computational mathematics; Multiscale modeling and computation
|
| Shouhong Wang |
Fluid dynamics, geophysical fluid dynamics and dynamical systems
|
| Xiao-Ping Wang |
Adaptive methods for PDEs, micromagnetic simulations, multi-phase fluids, nonlinear wave
|
| Michael J. Ward |
reaction-diffusion systems, singular perturbations, asymptotics, mathematical modeling
|
| Glenn Webb |
Mathematical biology, population dynamics, epidemic models
|
| Thomas P. Witelski |
Fluid dynamics, perturbation methods, asymptotic analysis, nonlinear DE
|
| Gail Wolkowicz |
Mathematical biology, population dynamics,
dynamical systems
|
| Zhimin Zhang |
Numerical PDEs, Computational Solid Mechanics
|
| Xiaoqiang Zhao |
Infinite Dimensional Dynamical Systems, Nonlinear Evolution Equations, Mathematical
Biology
|
