Ultrasound, cavitation, and Nonlinear Systems:
We employ experimental, theoretical and
numerical research methods.
Particular topics are acoustic cavitation and properties and dynamics
of bubbles in liquids.
Important problems comprise structure
formation of cavitation bubbles,
the extreme conditions in collapsing
as well as modeling and control of cavitation phenomena.
In the framework of the Christian Doppler Laboratory for Cavitation and Micro-Erosion,
we investigate the physical interaction of liquids and solids with respect to cleaning and erosion.