DTU.dk
Departments and Centers
Research groups
Research groups
Shortcuts
Phonebook
Directions/map
Supplier information (CVR and EAN)
Course base
Job and Career
DTU Alumni
DTU Inside
(intranet)
Webshop
DTU Library
DTU Orbit (Research database)
Contact
FLUID•DTU
Persons
Publications
Projects
FLUID•DTU
About Fluid•DTU
Education
Events
Seminars
Forside
Research
Forside
Research
Share on Facebook
Share on Twitter
Share on Linkedin
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 on 18 December 2019
Updated on 18 December 2019