Experimental measurement of the acceleration and relative velocity of micrometric droplets in warm clouds in situ at the research station Schneefernerhaus.
Numerical scheme capable of reproducing the experimental results.
Expected Results
New experimental data on the dynamical behaviour of drops in turbulent flows found in warm clouds.
Simultaneous development of a numerical model that would examine the same system, but over a larger range of relevant parameters, in order to better assess the importance of the critical environmental variables on the process.
Planned secondment(s)
UFS (Zugspitze) Month 18 and 30: 2x1 months to perform the experiments
POLITO (Torino) Month 17: infield drop measurement and drop dynamics modelling
UW (Warsaw) Month 29: experiments on the dynamics of droplets
Comments
My education is in applied physics, but next to that I've always been interested in technical thingies in general, and computers and IT in particular. I've worked as a network and HPC administrator for a few years, so I also have a strong background in that.
In my free time I also like to program, tinker with electronics, or do some home improvement. If I'm not doing either of those, you might find me climbing or bouldering.
Publications
Results from the Zugspitze experiment: an in-situ cloud-droplet particle-tracking experiment
Year
2019
Document type
Other
Authors
G. Bertens, G. Bagheri, H. Xu, E. Bodenschatz, J. Molaček
Source
17th European Turbulence Conference, 3 - 6 September 2019. Turin, Italy.
My education is in applied physics, but next to that I've always been interested in technical thingies in general, and computers and IT in particular. I've worked as a network and HPC administrator for a few years, so I also have a strong background in that.
In my free time I also like to program, tinker with electronics, or do some home improvement. If I'm not doing either of those, you might find me climbing or bouldering.