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Chair for System Simulation (Department of Computer Science 10)
Christian Feichtinger
Dept. of Computer Science  >  Computer Science 10  >  People  >  Christian Feichtinger

Lattice Boltzmann method:
Electroosmotic flow in micro channels

Supervision:

Background:

Electroosmotic flow is the motion of ions through very narrow channels,
where the fluid flow is induced by the application of a potential across the channel.
Electroosmotic flow is an essential component for various micro fluidic applications,
e.g.: lab-on-a-chip technology.
The aim of this thesis is the implementation of a hybrid LBM which is capable of the
simulation of fluid mixtures containing ions and the implementation of an
Multigrid solver for the solving of the Poisson-Boltzmann equation for the
potential. The work will be incorporated into the waLBerla project.


Tasks:

  • Implementation of a hybrid LBM
  • Multigrid solver for the potential
  • Movement of the ions due to the potential
  • Validation of the approach
  • Visualization of the results

Useful knowledge:

  • Basic LBM knowledge
  • Advanced C++ programming


Type:

Short or master thesis

Status:

Free

  Contact Last modified: 2007-08-29 10:19   cf