Seminar Title: Fudan International Seminar on Analysis PDEs and Fluid Mechanics

Dear Colleagues!


The new meeting of  “Fudan International Seminar on Analysis, PDEs, and Fluid

mechanics”  will take place on Thursday, November 26. 

 

The next  talk:

 

Xiao Ren (Fudan University)


Title of the talk: The uniqueness of Plane Stationary Navier-Stokes Flow Past an Obstacle

 

Time: Thursday, 26 of November, 21:00 -- 22:00 (Shanghai time), 14:00 -- 15:00 (Paris time), 8:00-- 9:00 a.m. (US ET)

 

Abstract: We study the exterior problem for stationary Navier-Stokes equations in two dimensions describing a viscous incompressible fluid flowing past an obstacle. It is shown that, at small Reynolds numbers, the classical solutions constructed by Finn and Smith are unique in the class of D-solutions (i.e., solutions with finite Dirichlet integral). No additional symmetry or decay assumptions are required. This result answers a long-standing open problem. The talk is based on a joint paper with M.Korobkov.

 

ZOOM link:

 

https://us02web.zoom.us/j/83673138944?pwd=azQyc1BwUjJFY3VjMStLbFR5Z2VwUT09

 

ZOOM Id: 836 7313 8944

 

Passcode: 808818

 

The more detailed information concerning schedule, etc., see on the seminar web page

 

https://researchseminars.org/seminar/Cafe_Analysis_and_Fluid


We sincerely hope you will be able to participate.

Best regards,

Organizing Committee: Professors Zhen Lei, Mikhail Korobkov, Adele Ferone, Remigio Russo, and Konstantin Pileckas


The seminar is organized by Fudan University (Shanghai, China) with the collaboration of Universita degli studi della Campania "Luigi Vanvitelli" (Caserta, Italy) and Vilnius University (Vilnius, Lithuania). This seminar is meant to gather renowned experts working on Geometric and Real Analysis with applications to PDEs and Mathematical Physics and represents an opportunity for presenting high-impact research, as well as facilitating the exchange of ideas between researchers. 


Lectures are scheduled for each Thursday, by ZOOM, with 60 minutes every talk.