PAMIR

Europe/London
Maxwell Center, Cambridge, UK

Maxwell Center, Cambridge, UK

Christiane Helzel (University of Düsseldorf), Nikos Nikiforakis (University of Cambridge), Rémi Abgrall (University of Zurich), Wasilij Barsukow (IMB)
Description

Simultaneously used Point values, Averages and Moments and their Inter-Relation: Active Flux, Multi-Moment Method, Virtual Finite Elements and related numerical methods

 

This workshop focuses on numerical methods which employ different types of degrees of freedom to approximate the solution, in particular pointwise and integral degrees of freedom (averages, moments). Such methods are at the interface of Finite Element and Finite Volume methods. Therefore this workshop aims at bringing together researchers from different fields, irrespective of the type (elliptic/hyperbolic) of PDEs the methods are designed to address.

 

Plenary speakers:

  • Philip L. Roe (Ann Arbor, USA)
  • Feng Xiao (Tokyo, Japan)
  • Paola F. Antonietti (Milan, Italy)
  • Jérôme Droniou (Montpellier, France & Melbourne, Australia)

 

The list of participants is available at the bottom of the page.

The off-site participants have received a zoom link to the email address given during the registration. If you have not received it, please write an email to the address given below.

Venue: Rayleigh room (1st floor, one flight of stairs up from the reception)

Concerning accommodation and other suggestions for your stay in Cambridge please visit https://www.visitcambridge.org/.

Please write to wasilij.barsukow@math.u-bordeaux.fr for any inquires. 

 

The drinks reception and conference dinner take place at Westminster College, Madingley Rd, Cambridge CB3 0AA. 

 

    • 1
      Registration and opening
      Orateur: Organizers
    • 2
      Plenary 1: Feng Xiao

      CIP, CIP-CSL, Multi-Moment finite volume method, Multi-moment Constrained finite Volume method, VPM method

    • 10:40
      Coffee
    • 3
      Bin Xie

      High-fidelity simulation based on multi-moment finite volume method on hybrid unstructured grids

    • 4
      Rémi Abgrall
    • 12:30
      Lunch
    • 13:30
      Discussions
    • 14:30
      Coffee
    • 5
      Plenary 2: Phil Roe

      The Michigan Viewpoint on Active Flux

    • 6
      Iman Samani

      Active Flux Methods with Gradient Degrees of Freedom

    • 7
      Erik Chudzik

      Cartesian Grid Active Flux Methods for Hyperbolic Conservation Laws

    • 8
      Plenary 3: Paola Antonietti

      ML-enhanced Polytopal Finite Element methods

    • 10:20
      Conference photo
    • 10:25
      Coffee
    • 9
      Nikita Afanasiev

      Conservative-characteristic CABARET Scheme for Hyperbolic PDEs

    • 10
      Yongle Liu

      Active flux like method for developing well-balanced methods to shallow water models

    • 11
      Yanick Kiechle

      An Active Flux Method for the Vlasov-Poisson System

    • 12:40
      Lunch
    • 13:30
      Discussions
    • 14:30
      Coffee
    • 12
      Junming Duan

      Flux vector splitting for point value update in active flux schemes

    • 13
      Xianyi Zeng

      Supraconvergent hybrid-variable methods for advection and advection-diffusion equations

    • 14
      Raul Borsche

      Implicit Active Flux Methods

    • 18:30
      Drinks reception Westminster College

      Westminster College

    • 19:00
      Conference Dinner Westminster College

      Westminster College

    • 15
      Plenary 4: Jerome Droniou

      The discrete de Rham complex, and its application to the Navier–Stokes equations

    • 10:35
      Coffee
    • 16
      Christian Klingenberg

      Structure preservation and the generalized Active Flux method for multi-dimensional hyperbolic conservation laws

    • 17
      Wasilij Barsukow

      Active Flux of arbitrary order of accuracy

    • 18
      Closure
      Orateur: Organizers
    • 12:35
      Lunch