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Technische Universität Dortmund
Fakultät für Mathematik —
Lehrstuhl 3 für Angewandte Mathematik
Vogelpothsweg 87
44227 Dortmund
Tel.: +49-(0)231-755-3076
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Numerik
Oberseminarvorträge
2023
Schuh, M.:
Hyperelsticity based Mesh-Deformation,
, Januar 2023
[BibTeX] [PDF]
Drews, W.; Turek, S.; Lohmann, C.:
On a Time-Simultaneous Multigrid Method in Combination with Stabilization Techniques for the Convection-Diffusion Equation,
, 2023
[BibTeX] [PDF]
Wambach, L.:
Adaptive higher order temporal discretization scheme with an efficient postprocessing for a time simultaneous implementation,
, Juni 2023
[BibTeX] [PDF]
Esser, M.:
Investigating the impact of ChatGPT on teaching at LS3.,
, Juli 2023
[BibTeX] [PDF]
Ruda, D.; Turek, S.; Ribbrock, D.; Zajac, P.:
Fast semi-iterative finite element Poisson solvers for Tensor Core GPUs,
, Juli 2023
[BibTeX] [PDF]
2022
Fatima, A.:
An Adaptive Discrete Newton Method for Regularization-Free Bingham Model,
, Februar 2022
[BibTeX] [PDF]
Kuzmin, D.; Bäcker, J.:
An unfitted finite element method using leel set functions for extrapolation into deformable diffuse interfaces,
, Februar 2022
[BibTeX] [PDF]
Lohmann, C.; Turek, S.:
On the design of global-in-time Newton-Pressure Schur complement solvers for incompressible flow problems,
, Juni 2022
[BibTeX] [PDF]
Dünnebacke, J.; Lohmann, C.; Turek, S.:
Application of a modified multigrid waveform relaxation method as a time-simultaneous approach to convection-diffusion equations,
, Juni 2022
[BibTeX]
Ruda, D.; Turek, S.; Ribbrock, D.; Zajac, P.:
Very Fast FEM Poisson Solvers on Lower Precision Accelerator Hardware,
, Mai 2022
[BibTeX] [PDF]
Ruppenthal, F.:
Bathymetry reconstruction via optimal control in well-balanced finite element methods for the shallow water equations,
, 2022
[BibTeX]
Afaq, A.:
Monolithic Newton-Multigrid Solver for Multiphase Flow Problems with Surface Tension,
, November 2022
[BibTeX] [PDF]
Begum, N.; Ouazzi, A.; Turek, S.:
FEM modelling and simulation of thixo-viscoplastic flow problems,
, 2022
[BibTeX] [PDF]
Fatima, A.:
An Adaptive Discrete Newton Method for Regularization-Free Bingham Model in Yield Stress Fluids,
, Dezember 2022
[BibTeX] [PDF]
2019
2018
Hajduk, H.; Kuzmin, D.; Aizinger, V.:
Modified Shallow-Water Equations for Direct Bathymetry Reconstruction,
, Januar 2018
[BibTeX] [PDF]
Arndt, M.:
Efficient numerical and algorithmic realization of a pressure Poisson complement solver for the incompressible Navier-Stokes equations in FEAT3,
, November 2018
[BibTeX] [PDF]
2017
Paul, J.:
Nonlinear Hyperelasticity-based Mesh Optimisation,
, Mai 2017
[BibTeX] [PDF]
Hosseini, B.:
Cahn-Hilliard phase field based incompressible two-phase flow simulations with Isogeometric discretizations,
, Mai 2017
[BibTeX] [PDF]
Ahmadi, O.:
The Lagrangian approach for fiber suspension flows,
, Mai 2017
[BibTeX] [PDF]
Sokolov, A.:
Numerical solution of surface PDEs with Radial Basis Functions,
, Juni 2017
[BibTeX] [PDF]
Begum, N.:
Radiation Effects From an Isothermal Vertical Wavy Cone With Variable Fluid Properties,
, Juni 2017
[BibTeX] [PDF]
Munir, M.:
Numerical Simulation Techniques for the Efficient and Accurate Treatment of Local Fluidic Transport Processes Together with Chemical Reactions,
, Juni 2017
[BibTeX] [PDF]
Fatima, A.:
Monolithic Finite Element Method for Three Fields Formulation of Yield Stress Fluids,
, Juni 2017
[BibTeX] [PDF]
Ul-Jabbar, A.:
Efficient and robust monolithic multilevel Krylov solver for the solution of stationary incompressible Navier-Stokes equations,
, Juli 2017
[BibTeX] [PDF]
Afaq, A.:
Robust Monolithic - Multigrid FEM Solver for Three Fields Formulation Rising from non-Newtonian Flow Problems,
, Juli 2017
[BibTeX] [PDF]
2016
Paul, J.:
Variational Mesh Optimisation,
, März 2016
[BibTeX] [PDF]
2014
Safi, A.:
The Lattice Boltzmann Method,
Was ist..., Mai 2014
[BibTeX] [PDF]
2009
Geveler, M.; Ribbrock, D.:
A brief introduction to the (standard) Lattice-Boltzmann Method and the HONEI approach,
, April 2009
[BibTeX] [PDF]
Bussmann, M.:
Modeling: (i) thermal spray rapid solidification (ii) partially-molten particle impact,
, April 2009
[BibTeX] [PDF]
Kühbacher, C.:
Shallow Water Derivation and Applications,
, Mai 2009
[BibTeX] [PDF]
2008
Hussain, S.:
PDE-constrained optimization,
, Juli 2008
[BibTeX] [PDF]
Varfolomeyev, A.:
Phase Field Methods Allen-Cahn vs. Cahn-Hilliard Model,
, November 2008
[BibTeX] [PDF]
Gurris, M.:
Finite Elemente Simulation des Lichtbogenspritzprozesses,
, November 2008
[BibTeX] [PDF]
2007
Hini, R.:
Introduction to Paraview,
, Februar 2007
[BibTeX] [PDF]
2006
Göddeke, D.:
Performance and accuracy of hardware-oriented native-, emulated- and mixed-precision solvers in FEM simulations ,
, Oktober 2006
[BibTeX] [PDF]
Grajewski, M.:
Towards r-h-adaptivity in FEM,
, Oktober 2006
[BibTeX] [PDF]
Shcherbinina, O.:
Movement of a liquid in vegetative environments,
, November 2006
[BibTeX] [PDF]
Xu, J.:
Evaluation of Interface Tracking Schemes with Finite Element Discretizations,
, November 2006
[BibTeX] [PDF]
Hein, M.; Miemczyk, M.; Münster, R.:
Grid Adaptation by Deformation in 2D and 3D,
, Dezember 2006
[BibTeX] [PDF]
