Workshop II: The Boltzmann Equation: DiPerna-Lions Plus 20 Years - IPAM

Workshop II: The Boltzmann Equation: DiPerna-Lions Plus 20 Years

April 15 - 17, 2009

Schedule

All times in this Schedule are Pacific Time (PT)

Wednesday, April 15, 2009

Morning Session

08:00-08:50
Check-In/Light Breakfast (Hosted by IPAM)
08:50-09:00
Welcome and Opening Remarks
09:00-09:50
Russel Caflisch (New York University)
DiPerna-Lions: Past, Present and Future
10:00-10:15
Break
10:15-11:05
David Levermore (University of Maryland)
From DiPerna-Lions to Leray
11:15-11:30
Break
11:30-12:20
Laurent Desvillettes (École Normale Supérieure de Cachan)
About Renormalized Solutions and the Structure of Collision Kernels

Afternoon Session

12:30-14:30
Lunch (on your own)
14:30-15:20
15:30-16:00
Break
16:00-16:50
Robert Glassey (Indiana University)
Asymptotic Behavior of Solutions to Vlasov Systems
17:00-19:00
Reception and Poster Session (Hosted by IPAM)

Thursday, April 16, 2009

Morning Session

08:15-09:00
Continental Breakfast
10:00-10:15
Break
11:15-11:30
Break
11:30-12:20
Sergej Rjasanow (Universität des Saarlandes)
Three-Way Decomposition of the Boltzmann Distribution Function

Afternoon Session

12:30-14:30
Lunch (on your own)
Women's Lunch at IPAM, invitation only
14:30-15:20
Shih-Hsien Yu (National University of Singapore)
Invariant Manifolds for Stationary Boltzmann Equation
15:30-16:00
Break
16:00-16:50
Cory Hauck (Oak Ridge National Laboratory)
Realizability in Entropy-Based Moment Closures for Gas Dynamics

Friday, April 17, 2009

Morning Session

08:15-09:00
Continental Breakfast
10:00-10:15
Break
10:15-11:05
Ricardo Alonso (University of Texas at Austin)
Classical Inequalities for the Boltzmann Collision Operator
11:15-11:30
Break

Afternoon Session

12:30-14:30
Lunch (on your own)
14:30-15:20
Vladislav Panferov (California State University, Northridge (CSU Northridge))
Time-Dependent Plane Wave Solutions of the Boltzmann Equation: Global Existence and Propagation of Regularity
15:30-16:00
Break
16:00-16:50
Seung Yeal Ha (Seoul National University)
Particle and Kinetic Models for Flocking