Research

HPC Simulation

  • Development of tailored simulation algorithms for physical applications
  • Three phase and thermal free flows based on the lattice Boltzmann method
  • Development of multi-level algorithms
  • Lattice Boltzmann method framework for simulation of fluid scenarios
  • Rigid body dynamics
Head: Prof. Dr. Ulrich RüdeResearchers: Markus Holzer, Girish Kumatagi, Benjamin Mann, Jonas Plewinski, Helen Schottenhamml, Philipp Suffa, Dominik Thönnes, Daniel Bauer, Fabian Böhm

Software Engineering for HPC and HPDA

  • Metaprogramming/ code generation in HPC
  • Continuous Benchmarking on HPC Systems
  • Open-Source Software for HPC
  • Efficient and (exa)-scalable Stencil codes on block-structured grids
  • Performance Engineering for exascale LBM, Multigrid and Multilevel algorithms
  • Combining HPC and AI approaches
  • Applications: CFD, multi-physics simulations, image processing
Head: Prof. Dr. Harald KöstlerResearchers: Christoph Alt, Richard Angersbach, Farheen Sultana Chincholi, Samuel Kemmler, Dr.-Ing. Sebastian Kuckuk, Rafael Ravedutti Lucio Machado, Ravi Kiran Ayyala Somayajula, Frederik Hennig, Kajol Kulkarni, Dinesh Kumar Parthasarathy, Michael Zikeli, Shubham Kavane, Rahil Miten Doshi