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Driss Kaddar M.Sc

Working area(s)

Hydrogen and ammonia combustion: direct numerical simulation, HPC on GPU acceleratos

Contact

Work L1|01 283
Otto-Berndt-Str. 2
64287 Darmstadt

Links

  • Scale-resolving simulations of turbulent premixed combustion
  • Efficient computation of thermochemical properties on heterogeneous architectures
  • Model development and simulation of zero-carbon fuels, such as hydrogen mixtures
  • Research projects: NHR4CES, CoEC, Inno4Scale
This overview highlights relevant phenomena in a hydrogen-fueled swirl-stabilized laboratory-scale combustion chamber. The broad spectrum of length and time scales of these distinct fluid-mechanical and physical processes pose challenging requirements for simulations of turbulent hydrogen combustion requiring novel models and efficient solution strategies.
This overview highlights relevant phenomena in a hydrogen-fueled swirl-stabilized laboratory-scale combustion chamber. The broad spectrum of length and time scales of these distinct fluid-mechanical and physical processes pose challenging requirements for simulations of turbulent hydrogen combustion requiring novel models and efficient solution strategies.
  • Direct Numerical Simulation and Large-Eddy Simulation of turbulent reacting flows
  • High-order methods for reacting flows
  • Numerical methods in high-performance and GPU computing

All publications are listed in the publication list:

Publications

Please note:

The integrated database, TUbiblio of TU Darmstadt, is currently being revised, which is why the author's complete publication list can currently only be accessed though the links above.