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Minisimposium

Thursday, 14 June 2018 08:30 - 10:30
Time integration methods for single and multi-physical problems I

Minisymposium organized by Stefan Hartmann and Detlef Kuhl
MS53A
Room: Carron 1
Chair: Stefan Hartmann
CoChair: Tobias Gleim

A mixed assumed strain finite element formulation for variational-based energy-momentum time integrations in thermodynamics of fiber-reinforced continua
Michael Groß and Julian Dietzsch

Mixed finite element formulations for the Galerkin-based time integration of finite anisotropic elastodynamics
Julian Dietzsch and Michael Groß

Time discretization error analysis in multifield plasticity
Bettina Schröder and Detlef Kuhl

Step-size control for cyclic problems with strongly varying loads
Rose R. Gilbert and Stefan Hartmann

Low-dissipation low-dispersion Runge-Kutta scheme with an implicit last stage
Yiqing Shen, Ke Zhang and Rong Tang

Thursday, 14 June 2018 11:00 - 13:00
Time integration methods for single and multi-physical problems II

Minisymposium organized by Stefan Hartmann and Detlef Kuhl
MS53B
Room: Carron 1
Chair: Tobias Gleim
CoChair: Stefan Hartmann

A new thermodynamically consistent finite element method for compressible flows
David Portillo and Ignacio Romero

Explicit Runge-Kutta methods for index-2 and index-3 differential algebraic equations arising in incompressible flow
Benjamin Sanderse and Arthur E.P. Veldman

Towards parallel in time methods for numerical weather prediction
Jemma Shipton, Colin Cotter, Beth Wingate and Martin Schreiber

Toward transient finite element simulation of thermal deformation of machine tools in real-time
Daniel Ruprecht, Andreas Naumann and Joerg Wensch

Parallel in time integration of a kinematic dynamo
Andrew Clarke, Daniel Ruprecht, Steven Tobias and Christopher Davies

Time finite element methods for the periodic solution of blade-tip/casing interaction
Alessandra Vizzaccaro, Loic Salles and Caetano Peng