Steinbeis Consulting Center Computational Engineering (CE)

Friedrich-Ebert-Str. 12
76744 Wörth am Rhein
Germany
  • Phone: +49 7271 5970005
    Management:
  • PD Dr. Mathias Joachim Krause
Send e-mail Print page

We help customers in academia and industry leverage the benefits of modern simulation technologies – such as open-source software – and modern hardware – such as CPU and GPU clusters – to solve complex fluid dynamics problems and more.

PD Dr. Mathias Joachim Krause

Services

  • Consulting, services and support
  • Expert reports, feasibility studies
  • Training courses e.g. for the development of models and simulation setups or for the implementation, adaptation, validation/verification of algorithms and software

Key topics

  • Large-scale simulation of flow and other transport problems
  • Optimization and flow control
  • Sensitivity analysis
  • Quantification of uncertainties
  • Software development
  • High-performance computing
  • Data science, data-driven approaches
  • Numerical algorithms
  • Mathematical modeling
  • Lattice Boltzmann methods

Project examples

  • EU project: FALCON (Looking ahead to the next generation of aircraft: hybrid approach using Lattice-Boltzmann, experiments and modeling to optimize fluid/structure interactions)
  • EU project: SeaDREAM (Greener Oceans, CFD for marine environment and renewable energy)
  • DFG project: Phosphate extraction from wastewater
  • DFG project: Particle layer rearrangement in ceramic wall-flow filters by resolved particle simulations
  • DFG, industrial projects: CFD-MRI – A combined measurement-simulation approach for flow characterization
  • BMWI project: Development of a passive cooling system for electric vehicles
  • BMWI project: Development of an on/off insulation system
  • Industry project: Blood flow simulations
  • Industry project: Greener Cities, real-time urban wind simulations
  • Industrial project: Hydrogen electrolysis and transportation
  • Other project: Numerical simulation of convective boiling using Lattice Boltzmann methods
  • Other project: Simulation of human airways (nose, lungs, vocal cords, mouth)

Media

Steinbeis Transfer Magazine