Dr. Stephan Schmidt, Universität Paderborn Title: Alternative Concepts for Preserving Regularity in Free Surface Shape Optimization Abstract: A common problem in shape optimization with free node parameterizations, i.e. the situation where the surface itself is used as design unknown without … Continue reading →

The goal of the workshop is to give an overview of recent research activities at SciComp. In addition, collaborators from ITWM, KIT, Uni Paderborn and BOSCH will give invited presentations for scientific exchange. Finally, we will brainstorm about future collaboration. … Continue reading →

Thomas Dick, SciComp Title: Efficient Algorithmic Differentiation handling of linear algebra libraries Abstract: In many modern simulation codes efficient linear system solvers are a key factor for performance. These libraries use a variety of parallelization techniques to optimize performance, like … Continue reading →

Tim Albring, SciComp Title: Automating Continuous Integration and Deployment using Github Actions and Docker Abstract: Continuous integration – the practice of frequently integrating one’s new or changed code with the existing code repository – should occur frequently enough such that … Continue reading →

Ole Burghardt, SciComp Title: Multiphysics aspects of simulation and design with SU2 Abstract: In this talk we will discuss multiphysics aspects of simulation and design with the open-source solver suite SU2. An emphasis is put the development of discrete adjoint … Continue reading →

Halil Kaya, Turkish Aerospace Industry Title: Generation of surrogate-based aerodynamic model using an adaptive co-Kriging method Abstract: This work presents a multi-fidelity aerodynamic modeling approach for the aerodynamic model generation of a UAV configuration. The aerodynamic data were generated with … Continue reading →

Mehmet Akif Cördük, TU Kaiserslautern Title: GPU Based Price Engines Abstract: High performance computing is needed in many areas of the industry to reduce the cost, energy and increase performance of certain tasks. Thanks to the advancements in GPGPU computing, … Continue reading →

Jonas Kusch, Karlsruhe Institute of Technology Title: A one-shot approach for the Intrusive Polynomial Moment method Abstract: Uncertainty Quantification for fluid dynamics applications becomes a challenging task, especially when the solution shows shocks in the random space. To enable the … Continue reading →