2 citations · 3 across the 3 of their papers we have counts for
5 papers
Model-based computational study of reactive fluid systems using transfer operator methods
Anja Göbel, Anna Klünker, Alexandra von Kameke +1
In many industrial applications one aims for the design of efficient chemical reactions. This is often done using experimental analysis of the reactors in combination with numerica…
Can we live Danckwerts' dream? Mixing Analysis in a Baffled Stirred Tank Reactor Based on 4D-Particle Tracking Experiments
Eike Steuwe, Thanh Tung Thai, Christian Weiland +5
We present an experimental investigation of mixing dynamics within a laboratory-scale 3-liter stirred tank reactor (STR) equipped with two Rushton turbines and three baffles. Using…
Dynamical compartments in stirred tank reactors and Markov state modeling for mixing quantification: a transfer operator approach
Anna Klünker, Thanh Tung Thai, Eike Steuwe +4
Identifying coherent flow structures in chemical reactors is crucial for understanding the mixing dynamics, which is essential for optimizing reactor performance. We demonstrate th…
Lagrangian description and quantification of scalar mixing in fluid flows from particle tracks
Anna Klünker, Alexandra von Kameke, Kathrin Padberg-Gehle
Understanding, quantifying and controlling transport and mixing processes are central in the study of fluid flows. Many different Lagrangian approaches have been proposed for detec…
Relevance of the Basset history term for Lagrangian particle dynamics
Julio Urizarna-Carasa, Daniel Ruprecht, Alexandra von Kameke +1
The movement of small but finite spherical particles in a fluid can be described by the Maxey-Riley equation (MRE) if they are too large to be considered passive tracers. The MRE c…