JAM Walkshop on Computational PDEs

Contribution List

10. Dirk Praetorius (TU Wien)

5/30/24, 2:00 PM

Optimal interplay of adaptive mesh-refinement and iterative solvers for elliptic PDEs

14. Henry von Wahl (Jena)

5/30/24, 2:40 PM

talk

12. Timo Neumeier (Augsburg)

5/30/24, 3:45 PM

Numerical approximation of semiconvex envelopes for isotropic functions

13. Selina Burkhard (KIT)

5/30/24, 4:15 PM

Time-dependent electromagnetic scattering from dispersive material laws

11. Timo Sprekeler (NUS Singapur)

5/30/24, 4:45 PM

Homogenization of nondivergence-form PDEs with discontinuous coefficients: analysis and numerical methods

16. Lars Diening (Bielefeld)

5/31/24, 9:00 AM

Pointwise gradient estimate of the Ritz projection

17. Joscha Gedicke (Bonn)

5/31/24, 9:40 AM

An equilibrated a posteriori error estimator for arbitrary-order Nédélec elements for magnetostatic problems

18. Tabea Tscherpel (Darmstadt)

5/31/24, 10:45 AM

Exactly divergence-free finite elements on curved domains

19. Robert Altmann (Magdeburg)

5/31/24, 11:25 AM

Decoupled Time Integration of Poroelasticity

20. Tim Buchholz (KIT)

5/31/24, 12:05 PM

A non-iterative domain decomposition integrator for the linear wave equation

30. Time for discussion (chaired by Daniel Peterseim)

5/31/24, 12:35 PM

21. Philip Freese (TU Hamburg-Harburg)

5/31/24, 2:15 PM

Improving sub-mesoscale resolving ocean simulations

22. Daniel Eckhardt (KIT)

5/31/24, 2:45 PM

An implicit-explicit time discretization scheme for semilinear wave equations with application to multiscale problems

23. Ngoc Tien Tran (Augsburg)

5/31/24, 3:15 PM

Finite element methods for linear PDE of second order in nondivergence form

28. Diskussion

6/1/24, 10:00 AM

24. Florian Schneider (Leipzig)

6/2/24, 10:00 AM

Generalization of LOD method

25. Felix Krumbiegel (KIT)

6/2/24, 10:30 AM

A higher-order multiscale method for the heterogeneous wave equation

26. Carsten Carstensen (HU Berlin)

6/2/24, 11:00 AM

talk

27. Neela Nataraj (IIT Bombay)

6/2/24, 11:30 AM

Semi and fully-discrete analysis of lowest-order nonstandard finite element methods for the biharmonic wave problem

29. Roland Maier (KIT)

6/2/24, 12:00 PM

Localized implicit time-stepping for the wave equation and connections to domain decomposition