Efficient Optimization of Sector-Integrated Energy Systems Using Calliope and Gurobi

Jun 08 2026

Efficient Optimization of Sector-Integrated Energy Systems Using Calliope and Gurobi

Dr.-Ing. Richard Eckerle (UniBw H) A key research focus at the Chair of Electrical Power Supply at the UniBw M is the interactive analysis of renewable energy systems. The goal is to develop tools that can be used to address key design questions regarding such systems without the immediate use…

May 20 2026

Matrix-Free & GPU Based FEM Simulations In Nonlinear Optics

Salah Eddine Zaidi (HSU/UniBw H) & Prof. Dr. Markus Bause (HSU/UniBw H) The efficient and reliable simulation of electromagnetic wave propagation is desirable for elucidation of physics and design optimization in nonlinear optics. A combination of explicit finite difference schemes and finite element methods are used for the temporal and…

May 20 2026

Non-blocking communication for immersed boundary method applied in high-fidelity FSI simulations

Prof. Dr.-Ing. Michael Breuer (HSU/UniBw H), Dr. Guillaume De Nayer (HSU/UniBw H) & Khaled Boulbrachene (HSU/UniBw H) The in-house CFD solver FASTEST-3D, based on the Arbitrary Lagrangian–Eulerian (ALE) formulation, is designed for multi-physics simulations of turbulent flows. To address a new class of fluid-structure interaction (FSI) problems, this Fortran solver…

May 20 2026

Modelling Newtonian Noise with NGSolve (DASHH, 2025–2028)

Paul Ophardt (HSU/UniBw H) & Prof. Dr. Katharina-Sophie Isleif (HSU/UniBw H) In order to achieve the design sensitivity of the next-generation gravitational wave detector, the Einstein Telescope, improved modelling of Newtonian noise is required. Newtonian noise is caused by gravitational perturbations arising from density fluctuations, in particular those induced by seismic…