Research

Instability, bifurcation and chaos in fluid dynamics
- Electro-hydrodynamic instabilities (Henrik Bruus)
- Aerodynamic instabilities (Jens Nørkær Sørensen, Valery Okulov)
- Chaos in body-vortex interaction (Hassan Aref)
Free surface flows and interface problems
- Hydraulic jumps (Anders Andersen, Tomas Bohr)
- Rotating systems (Tomas Bohr, Anders Andersen)
- Bubbles and drops (Tomas Bohr, Anders Andersen)
- Fluid-solid simulations using particle and immersed interface methods (Jens Honoré Walther)
Vorticity dynamics
- Topological structures (Morten Brøns, Hassan Aref, Jens Nørkær Sørensen)
- Vortex shedding and wake structures (Anders Andersen, Tomas Bohr, Hassan Aref)
- Vortex breakdown (Jens Nørkær Sørensen)
- Vortex simulations using particle methods (Jens Honoré Walther)
Fluid dynamics at very small length scales
- Microfluidics: Theory, simulations and experiment (Henrik Bruus)
- Nanofluidics: Experiment, theory and molecular dynamics simulations (Henrik Bruus)
- Multiscale simulations of nanoscale systems (Jens Honore Walther)
- Optofluidics: Experiment and theory (Henrik Bruus)
- Structural optimization in microfluidics: Theory and simulation (Fridolin Okkels)
- Flows in trees (Tomas Bohr, Henrik Bruus)
Complex fluids and solutions
- Polymer solutions in confined geometries (Ole Hassager)
- Non-Newtonian rheology (Ole Hassager)

Updated by Connie Munch Westergaard on 22 January 2014