2026

Our new preprint on “Smoothed aggregation algebraic multigrid for problems with heterogeneous and anisotropic materials” has been published on arXiv. New preprint published on arXiv

Our new preprint on “Smoothed aggregation algebraic multigrid for problems with heterogeneous and anisotropic materials” has been published on arXiv.

The new preprint “Experimental and numerical study of the transient response of a cantilever beam with a piezoelectric disc sensor” by Radek Kolman, Robert Cimrman, Ladislav Musil, Moritz Frey, Jaromír Kylar, Sebastian Brandstaeter, Vojtěch Kotek, Alexander Popp, and Jan Kober is now available on arXiv. New preprint published on arXiv

The new preprint “Experimental and numerical study of the transient response of a cantilever beam with a piezoelectric disc sensor” by Radek Kolman, Robert Cimrman, Ladislav Musil, Moritz Frey, Jaromír Kylar, Sebastian Brandstaeter, Vojtěch Kotek, Alexander Popp, and Jan Kober is now available on arXiv.

IMCS was actively represented at the 3rd German–Italian GACM–GIMC Workshop in Udine, where Alexander Popp co-organized the event and, together with Sebastian Brandstaeter, presented current research on mixed-dimensional modelling and probabilistic analyses in computational mechanics. Workshop in Udine Strengthens German–Italian Collaboration

IMCS was actively represented at the 3rd German–Italian GACM–GIMC Workshop in Udine, where Alexander Popp co-organized the event and, together with Sebastian Brandstaeter, presented current research on mixed-dimensional modelling and probabilistic analyses in computational mechanics.

As co-organizer of the first HPSF Community Summit, IMCS underlines its active role in the international high-performance software community and contributes its expertise in powerful simulation frameworks such as Trilinos to the strategic advancement of the ecosystem. HPSF Community Summit 2026 at TU Braunschweig

As co-organizer of the first HPSF Community Summit, IMCS underlines its active role in the international high-performance software community and contributes its expertise in powerful simulation frameworks such as Trilinos to the strategic advancement of the ecosystem.

Prof. Dr. Daniel Walter gives a talk on “Optimal sensor placement in source location tasks” in the Computational Science and Engineering (CSE) research colloquium. CSE Colloquium talk by Daniel Walter

Prof. Dr. Daniel Walter gives a talk on “Optimal sensor placement in source location tasks” in the Computational Science and Engineering (CSE) research colloquium.

Prof. Dr.-Ing. habil. Fadi Aldakheel gives a talk on “Physics-based machine learning for computational failure mechanics” in the Computational Science and Engineering (CSE) research colloquium. CSE Colloquium talk by Fadi Aldakheel

Prof. Dr.-Ing. habil. Fadi Aldakheel gives a talk on “Physics-based machine learning for computational failure mechanics” in the Computational Science and Engineering (CSE) research colloquium.

Our article “Sparse source identification in transient advection-diffusion problems with a primal-dual-active-point strategy”  by Marco Mattuschka, Daniel Walter, Max von Danwitz and Alexander Popp has been published in the journal Computer Methods in Applied Mechanics and Engineering. New publication on a method for determining unknown source locations

Our article “Sparse source identification in transient advection-diffusion problems with a primal-dual-active-point strategy”  by Marco Mattuschka, Daniel Walter, Max von Danwitz and Alexander Popp has been published in the journal Computer Methods in Applied Mechanics and Engineering.

In their new paper “Dirichlet control problems with energy regularization governed by non-coercive elliptic equations”, Thomas Apel, Mariano Mateos, and Arnd Rösch investigate a linear–quadratic Dirichlet control problem governed by a non-coercive elliptic equation posed on possibly non-convex polygonal domains. New Preprint on Dirichlet Boundary Control Problems

In their new paper “Dirichlet control problems with energy regularization governed by non-coercive elliptic equations”, Thomas Apel, Mariano Mateos, and Arnd Rösch investigate a linear–quadratic Dirichlet control problem governed by a non-coercive elliptic equation posed on possibly non-convex polygonal domains.