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Minisimposium

Wednesday, 13 June 2018 11:00 - 13:00
Unfitted Finite Element Methods for Complex Flow Problems I

Minisymposium organized by Andre Massing, Dominik Schillinger, Anna Scotti and Sara Zahedi
MS155A
Room: Gala 2
Chair: Andre Massing

Unfitted solution of the Stokes problem using aggregation-based finite elements
Santiago Badia, Francesc Verdugo and Alberto F. Martin

Split boundary conditions for computational aero-acoustics of isentropic flows
Ramon Codina, Joan Baiges, Arnau Pont and Oriol Guasch

Cut-cell stabilization based on a variational multiscale subgrid-scale model
Stein K.F. Stoter and Dominik Schillinger

Higher order isoparametric unfitted space-time finite element methods for problems involving moving domains
Janosch Preuß and Christoph Lehrenfeld

An unconditionally stable semi-implicit cut finite element immersed boundary method
Kyle G. Dunn, Marcus Sarkis and Roger Lui

An immersed approach to fluid structure interaction for geophysics and biomedicine
Maria Nestola, Patrick Zulian, Cyrill Planta and Rolf Krause

Wednesday, 13 June 2018 16:30 - 18:30
Unfitted Finite Element Methods for Complex Flow Problems II

Minisymposium organized by Andre Massing, Dominik Schillinger, Anna Scotti and Sara Zahedi
MS155B
Room: Gala 2
Chair: Sara Zahedi

A Nitsche-based contact formulation for fluid-structure interactions with contact
Erik Burman, Miguel A Fernandez and Stefan Frei

A combinded boundary-conforming-cut cell finite element method with application to flow inside twin-screw extruders
Jan Helmig and Stefanie Elgeti

A multigrid method for unfitted finite element methods
Sven Gross, Thomas Ludescher and Arnold Reusken

Multi-Grid preconditioning of Cut-Cell discretizations
Christian Engwer and Andreas Nüßing

Preconditioning Unfitted Nitsche methods for high contrast interface elliptic problems
Blanca Ayuso de dios, Kyle G. Dunn, Marcus Sarkis and Simone Scacchi

Flow and mechanics in fractured media as mixed-dimensional PDEs
Wietse M. Boon and Jan M. Nordbotten

An unfitted formulation for fluid structure interaction
Luca Formaggia, Christian Vergara and Stefano Zonca