Northwestern PDE Conference
June 12-15, 2003
Program Schedule
All plenary lectures will be in Leverone Hall Room G40 (the Stern Lecture Room) and all invited talks for parallel sessions will be in Leverone Hall Room either G36 or G45 of Kellogg School of Management, 2001 Sheridan Road, Evanston (near the corner between Sheridan Road and Foster Street). For more details about the location, please see http://www.kellogg.northwestern.edu/news/directions/
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June 12, Thursday
8:15-8:45: Tea & Coffee,
Near Room G40
8:45-9:00: Opening Remarks
Chair:
Joe Jerome
9:00-9:45: Walter Strauss, Brown
University
Periodic Water Waves with Vorticity
9:50-10:35: Pierre Degond, University Toulouse
3 and CNRS, France
Quantum Hydrodynamic Models
Derived from the Entropy Principle
10:40-11:00: Coffee Break
Chair: Mark Pinsky
11:00-11:45: Peter Constantin, University of Chicago
Transport in Reactive Flows
11:50-1:30: Lunch Break
Chair:
Jared Wunsch
1:30- 2:15: Joel Smoller, University of Michigan
Cosmology, Black Holes, and Shock Waves Beyond the Hubble
Length
2:20- 3:05: Weinan E, Princeton University
Multiscale Modeling and Computation
3:10-3:30: Coffee
Break
|
Parallel Session(1) Room: G36 Chair: Christian Klingenberg |
Parallel
Session(2) Room: G45 Chair: Pierre Degond |
|
| 3:30-4:00 | Kenneth
Karlsen, University of Bergen and University of Oslo, Norway Quasilinear Anisotropic Degenerate Parabolic Equations: Continuous Dependence Estimates and Renormalized Entropy Solutions |
Tao Luo,
University of Michigan Rotating Fluids with Self-Gravitation in Bounded Domain |
| 4:05-4:35 | Dehua Wang,
University of Pittsburgh
A Piston Problem and Damping for the M-D Euler Equations |
Vladislav
Panferov, University of Victoria, Canada Rigorous Estimates of the High-Energy Tails for the Boltzmann Equations with Inelastic Interactions |
| 4:40-5:10 | Tianhong Li,
Northwestern University Global Entropy Solutions in L-infinity to the Euler Equations for Isothermal Fluids with Spherical Symmetry |
Eric Polizzi,
Purdue University
Computational Nanoelectronics: Modeling and Simulation of Quantum Transport in Multidimensional Open Nanoscale Devices |
| 5:15-5:45 |
|
Thomas Curtright,
University of Miami
Evolution of Extended Data in Fluids |
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June 13, Friday
8:30-9:00: Tea & Coffee
Chair: Susan Friedlander
9:00-9:45: Denis Serre, Ecole Normale
Superieure de Lyon, France
Hyperbolicity of Nonlinear Maxwell's Equations
9:50-10:35: Andrea Bertozzi, Duke University
Higher Order Nonlinear PDEs in Image Processing
10:40-11:00: Coffee Break
Chair:
Peter Constantin
11:00-11:45: Roger Temam, Indiana University
Control of Problems Displaying Oscillations:
Application to the Atmosphere Equations
11:50-1:30: Lunch Break
Chair: Denis Serre
1:30- 2:15: Robert Kohn, Courant Institute-NYU
Upper Bounds on Coarsening Rates
2:20-3:05: Susan Friedlander, University of Illinois
at Chicago
Nonlinear Instability for Ideal Fluids
3:10-3:30: Coffee Break
|
Parallel Session(1) Room: G36 Chair: Kenneth Karlsen |
Parallel
Session(2) Room: G45 Chair: Hailiang Liu |
|
| 3:30-4:00 | Christian
Klingenberg, University of Heidelberg and University of
Wuerzburg Conservation Laws with Discontinuous Fluxes |
Xiaoming Wang,
Iowa State University Large Prandtl Number Behavior of the Boussinesq System of Rayleigh-Benard Convection |
| 4:05-4:35 | Kyungwoo Song, Northwestern University
On Subsonic Solutions for the Pressure-Gradient Equations of the Compressible Euler Equations |
Stephen Watson, Northwestern University Coarsening Dynamics of the Convective Cahn-Hilliard Equation and Faceted Crystal Growth |
4:40--Free Evening in Evanston or Chicago
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June 14, Saturday
8:30-9:00: Tea & Coffee
Chair:
Gui-Qiang Chen
9:00-9:45: Alexander Chorin,
University of California at Berkeley
Renormalization and Averaging for Hamiltonian Systems
and for the KdV-Burgers
Equation.
9:50-10:35: Tom Hou, California Institute of
Technology
Multiscale Analysis and Computation of Incompressible Flow
10:40-11:00: Coffee Break
Chair: Tom Hou
11:00-11:45: Stanley Osher, University of California at
Los Angeles
Computing
Multivalued Solutions to Hyperbolic Equations
and/or Preventing Multivaluedness
via the Level Set Method
11:50-1:30: Lunch Break
Chair: Elton, Hsu
1:30- 2:15: Eduard Feireisl, Institute of Mathematics
AV CR, Czech
On the Dynamics of Viscous Compressible Fluids
2:20- 3:05: Yan Guo, Brown University
A Nonlinear Energy Method in the Boltzmann Theory
3:10-3:30: Coffee Break
|
Parallel Session(1) Room: G36 Chair: Konstantina Trivisa |
Parallel
Session(2) Room: G45 Chair: Yan Guo |
|
| 3:30-4:00 | Bo Su,
Georgia Institute of Technology
A Viscous Approximation for a Multidimensional Unsteady Euler Flow: Existence Theorem for Potential Flow |
David Chopp,
Northwestern University
The Fast Marching Method and Velocity Extensions Revisited |
| 4:05-4:35 | Mikhail Perepelitsa, Northwestern University Spatially Periodic Solutions in Relativistic Isentropic Gas Dynamics |
Hailiang Liu,
Iowa State University
Computational High Frequency Quantum Wave Propagation by the Level Set Method |
| 4:40-5:10 | Yachun Li,
Northwestern University & Shanghai Jiaotong University, PRC
On the Stability of Riemann Solutions for the Euler Equations |
Daniel Spirn,
Brown University
Dynamics Near an Unstable Kirchhoff Ellipse |
7:00
June 15, Sunday
8:30-9:00: Tea & Coffee
|
Parallel Session(1) Room: G36 Chair: Dehua Wang |
Parallel
Session(2) Room: G45 Chair: Xiaoming Wang |
|
| 9:00-9:30 |
Monica Torres, Northwestern University Divergence-Measure Fields and Nonlinear Conservation Laws |
Zhiwu Lin,
Brown University Some Stability and Instability Criteria for Ideal Plane Flows |
| 9:35-10:05 | Jianfeng Liang, Northwestern University Self-Similar Solutions and Smoothing Effect of Nonlinear Wave Equations |
Moulay Tidriri,
Iowa State University
Analysis of a System Involving Interfaces between Kinetic Equations and Conservation Laws |
10:10-10:30: Coffee Break
Chair: George Gasper
10:30-11:15: Alvin Bayliss, Northwestern University
Dynamics of Hot Spots in Solid Fuel Combustion
11:20-12:05: Konstantina Trivisa, University of Maryland
at College Park
Analysis on a Model for the Dynamic Combustion of
Compressible Reacting Fluids
12:30: End of Conference
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