Université Paris Diderot 
Investissements d'avenir, Université Sorbonne Paris Cité 
Université Paris Descartes 
New ! Program of the workshop
New ! Abstracts of the workshop
New ! Some places where it is possible to have lunch around the buildings of Paris Descartes and Paris Diderot
Workshop on kinetic and fluid Partial Differential EquationsUniv. Paris Descartes, Wednesday 7th March 2018Univ. Paris Diderot, Thursday 8th March and Friday 9th March 2018Organization and Scientific Committee : Xavier BLANC (Univ. Paris Diderot, LJLL), Laurent DESVILLETTES (Univ. Paris Diderot, IMJPRG), Isabelle GALLAGHER (ENS Ulm, DMA), David GÉRARDVARET (Univ. Paris Diderot, IMJPRG), Nicolas LERNER (UPMC, IMJPRG), Sébastien MARTIN (Univ. Paris Descartes, MAP5) 
Invited Speakers  Claude Bardos, (Univ. Paris Diderot) : The Kolmogorov 1/3 Law, the Onsager Conjecture and the Kato Criteria for zero viscosity limit  Jacob Bedrossian, (Univ. Maryland, US) : Landau damping and nonlinear echoes
 Frédéric Hérau, (Univ. Nantes, France) : Hypocoercive schemes for the discrete FokkerPlanck equation
 Laure SaintRaymond, (ENS Lyon, France) : Internal waves in a domain with topography
 Isabelle Tristani, (CNRS & ENS Ulm, France) : On linear FokkerPlanck equations


On Wednesday 7th March 2018, the meeting will be held in the Salle du conseil, at Centre Universitaire des SaintsPères (CUSP), 45 rue des SaintsPères, Paris 6th arrondissement.
On Thursday 8th March and Friday 9th March 2018, the meeting will be held at Amphitheater Turing, Building Sophie Germain, 8 Place Aurélie Nemours, Paris 13th arrondissement.
Here is a map of the subway of Paris.
The building CUSP of Université Paris Descartes can be easily reached by foot from subway stations SaintGermain des Prés or Sèvres Babylone. Access to the Salle du Conseil is detailed here: http://map5.mi.parisdescartes.fr/en/access/
The building Sophie Germain of Université Paris Diderot can be easily reached by foot from subway/RER station Bibliothèque François Mitterand. A map of the university is avalable here. The building Sophie Germain is number 9 on this map. The amphitheater Turing can be directly reached from the ground floor of the building Sophie Germain (no need to take the elevator or the stairway).
Registration
Registration to the workshop is free but mandatory. It can be done by sending an email to laurent.desvillettes@math.univparisdiderot.fr
Kinetic theory enables to model many physical situations, such as rarefied gases, semiconductors, or plasmas. Some of the most famous equations appearing in this theory are the Boltzmann equation and the Vlasov equation. These equations are naturally linked to the main models of fluid mechanics, that is the Euler and NavierStokes equations. The most important link appears in the Hilbert expansion and ChapmanEnskog asymptotics, where the Knudsen number is assumed to tend to 0, and the solutions of the macroscopic equations appear as limits or expansions of the solutions of the Boltzmann equation. Some other links appear for example in the theory of sprays, where fluid equations are coupled to kinetic equations.
The workshop will be devoted to to the presentation of some of the latest improvements in the mathematical theory of kinetic and fluid equations. Modeling and numerical issues will be discussed, as well as theoretical developments arising from the theory of PDEs and nonlinear analysis.
Last
update: Feb. 9th 2018