Past Workshops

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• Georgios Akrivis
  Discrete maximal L²-regularity in Hilbert spaces
  
• Lehel Banjai
  Space-time FEM for nonlinear wave equations with elliptic regularisation
  
• Gabriel Barrenechea
  Implicit-explicit schemes for incompressible flows with variable viscosity and density
  
• Sören Bartels
  Unconstrained approximation of constrained problems
  
• Konstantinos Chrysafinos
  Error estimates for discontinuous Galerkin schemes for the parabolic p-Laplacian
  
• Alexandre Ern
  Convergence of ERK-DG approximations of the first-order form of Maxwell's equations with low regularity
  
• Michael Feischl
  Optimal adaptive timestepping
  
• Emmanuil Georgoulis
  Level-set shape optimization via polytopic discontinuous Galerkin methods
  
• Patrick Joly
  On numerical methods via quadrature for computing integrals of fractal sets
  
• Theodoros Katsaounis
  Aposteriori error estimates for the Schrödinger-Poisson system
  
• Natalia Kopteva
  Pointwise-in-time a-priori and a-posteriori error control for subdiffusion equations
  
• Balázs Kovács
  Error estimates for BDF full discretisation of Cahn–Hilliard equation with dynamic boundary condition
  
• Angela Kunoth
  Multigrid B-spline methods and applications
  
• Annika Lang
  Simulation of random fields and stochastic partial differential equations on hypersurfaces
  
• Mats Larson
  Solving inverse and ill-posed problems using finite elements and machine learning
  
• Stig Larsson
  Nonlinear filtering based on density approximation and deep BSDE prediction
  
• Buyang Li
  A new approach to the analysis of parametric finite element approximations to geometric flow
  
• María López-Fernández
  Convolution quadrature for the quasilinear subdiffusion equation
  
• Christian Lubich
  Regularized dynamical parametric approximation of evolution problems
  
• Axel Målqvist
  Numerical simulation of beam network models
  
• Vanja Nikolić
  Multiharmonic discretization approaches for contrast-enhanced ultrasound
  
• Daniel Peterseim
  Quantum algorithms for computational PDEs
  
• Tristan Pryer
  Geometry, energy and sensitivity in proton dynamics
  
• Thomas Wihler
  Pseudo-time iterations for variational PDE
  
• Georgios Zouraris
  Approximating the DNLS equation