CE Seminar

Together with the Computational Engineering Research Center of the TU Darmstadt a joint seminar with interesting talks in the field of CE is organized in every semester. If you are interested in these seminars and would like to receive invitations please subscribe for the corresponding mailing list.


Optimal Control of a Free Boundary Problem with Surface Tension Effects

Using Automated Performance Modeling to Find Scalability Bugs in Complex Codes

Tackling the Software Stack for Heterogeneous Multi-Processors: a balancing act between work-load and memory organisation

High Productivity Parallel Programming with SAC and S-Net: from Language Design to Compilers and Runtime Systems

Two-scale simulation of electromagnetic devices using harmonic and pulse-width-modulation time-domain basis functions

Accelerators for Technical Computing?

IsoGeometric analysis methods for multiphysics problems

Firedrake and (adjoint) FEniCS: is automatic parallel simulation a mythical beast?

Sound and Vibration from Friction between Soft Materials under Light Loads

First principles applied to submersible maneuvering

Wang Tilings in Synthesis of Microstructure Informed Enrichment Functions With Application in Trefftz Method

Performance Modeling for Performance Autotuning

Numerical simulation of Bingham fluids by semismooth Newton methods: a general survey

Adaptive Asynchronous Parallel Calculations at Petascale Using Uintah

An Efficient Layerwise Finite Element Model for Active Vibration Control of Piezolaminated Composite Shells considering Strong Electric Field Nonlinearity

Finite Element Based Deformable Object Tracking from a Single Viewpoint

MPI + MPI: a new hybrid approach to parallel programming with MPI plus shared memory

Modeling flows in complex geometries using volume penalization: analysis of the penalized Stokes operator and applications to the Navier-Stokes equations

Unstructured high order discretization schemes: an enabling technology for reliable LES in an industrial context

Emotion Recognition, 3-D Obstacle Detection, and Human Activity Monitoring

Adaptive Discontinuous Galerkin Methods for nonlinear Diffusion-Convection-Reaction Models

Simulation and Optimal Control of Time-Periodic PDE Problems

Highly accurate impedance boundary conditions for thin conducting sheets

Mathematische Bildverarbeitung mittels Compressed Sensing

Finite-Element Simulation of Time-Harmonic Electromagnetic Fields

Unveiling some Mysteries of Application Performance on Multi-/Manycore Processors

Particles – bridging the gap between solids and fluids

Fast Solvers for Emerging Power Systems

Structural optimization of asymmetric brake rotors for the separation of their eigenfrequencies

Efficient method to model the fluid lag in fluid-driven crack simulations