Past Workshops

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• Georgios Akrivis
  The linearly implicit two-step BDF method for harmonic maps into spheres.
  
• Mohammad Asadzadeh
  On the Nitsche’s approach for a finite element scheme for Vlasov-Maxwell system.
  
• Lehel Banjai
  Runge-Kutta convolution quadrature for hyperbolic problems based on Gauss methods.
  
• Konstantinos Chrysafinos
  Fully discrete approximations of the velocity tracking problem with pointwise-integral control constraints in time-space.
  
• Alexandre Ern
  Invariant-domain preserving Runge-Kutta methods.
  
• Emmanuil Georgoulis
  Hypocoercivity-exploiting stabilised finite element methods for Kolmogorov equation.
  
• Patrick Joly
  Remarks on explicit time stepping for the DG space discretisation of linear Friedrichs systems.
  
• Theodoros Katsaounis
  Optimisation methods for elastodynamics.
  
• David Ketcheson
  How to approximate any evolution PDE by a hyperbolic PDE.
  
• Christian Kreuzer
  Inf-sup theory for the Biot equations: analysis and discretisation.
  
• Ulrich Langer
  Space-time finite element solvers for parabolic optimal control problems.
  
• Mats Larson
  Strong stabilization of cut elements and explicit time stepping.
  
• Stig Larsson
  A priori and a posteriori error estimates for discontinuous Galerkin time-discrete methods via maximal regularity.
  
• María López-Fernández
  Generalized convolution quadrature for sectorial problems.
  
• Christian Lubich
  Time-dependent electromagnetic scattering from thin layers.
  
• Charalambοs Makridakis
  Neural network approximations to evolution problems.
  
• Vanja Nikolić
  Asymptotic-preserving finite element discretization of quasilinear acoustic equations.
  
• Alexander Ostermann
  An exponential integrator/WENO discretization for dispersive sonic-boom simulation.
  
• Daniel Peterseim
  Computational polyconvexification of isotropic functions.
  
• Tristan Pryer
  Structure-preservation in non-Newtonian flows.
  
• Mariya Ptashnyk
  Numerical analysis of a time-stepping method for the Westervelt equation with time-fractional damping.
  
• Thomas Wihler
  A discrete calculus for variable-order dG time stepping methods.
  
• Georgios Zouraris
  On the convergence of a linearly implicit finite element method approximating a nonlinear Schrödinger equation.