Samuel Kemmler, M. Sc.
I am developing efficient and scalable implementations of coupled fluid-particle simulations on heterogeneous HPC systems. My simulations focus on piping erosion, a critical failure during the installation of suction bucket foundations for offshore wind turbines. I aim to leverage these simulations to run highly efficiently on large-scale supercomputers while providing valuable insights into piping erosion and strategies for its prevention.
No publications found.
- Hiwa Khamo – Performance Engineering of the Partially Saturated Cells Method on AMD MI250X and NVIDIA A100 (MT)
- Behzad Safaei – Towards Modular, Scalable, and Performance-Portable Particle Simulations with Support for Multiphysics Coupling (MT)
- Lukas Schröder – Estimating the Permeability of Porous Media with Fourier Neural Operators (MT)
- Georg Meyer – Performance Engineering of Fully-Resolved Coupled Fluid-Particle Simulations on the LUMI Supercomputer (BT)
- Ravi Kiran Ayyala Somayajula – Computational Investigation of Charged Particles in Fluid Flow (MT)
- Wolf Babl – Visual Analysis of Antidune Transport (BT)
- Computers & Fluids
- Applied Mathematical Modelling
- Computers and Geotechnics
- Engineering with Computers
- Granular Matter
