Alexander Straub

IRTG 2160: Droplet Interaction Technologies (DROPIT)
Subproject C4 – Visualisation of droplet-liquid interaction

The project's goal is to research theoretically, experimentally and numerically the interaction of droplets. To this end, this subproject aims at visualising the results obtained from direct numerical simulations of multiphase flow. This includes the visual analysis of droplet-local flow, as well as research of droplet interface related phenomena, which especially occur following interactions between different droplets, e.g., after collisions.

SFB 1313: Interface-Driven Multi-Field Processes in Porous Media – Flow, Transport and Deformation
Subproject D01 – Visualization of multi-field processes in porous media

The long-term goal of this project is to develop new visualization techniques to support the projects of the SFB in understanding flow, transport and deformation phenomena occurring at interfaces in and around porous media. This requires the integrated visual analysis of processes captured across multiple fields to relate different quantities, analyse simulation ensembles, and compare simulations against experiments. The interactive exploration of large and heterogeneous volumes of data is achieved by efficiently using parallel architectures as well as in-situ data aggregation.