Fluid Dynamics
Experimental and Computational Flow Analysis
- optimization of air distribution in a cleanroom (model experiments/CFD simulations);
- improvement of intermixing during gas phase reactions via targeted influencing of turbulence (model experiments);
- reduction of deposits in slurry tanks via the “teacup effect”;
- design of collecting tanks for pseudoplastic slurries (model experiments with real product);
- design and optimization of supersonic nozzles for metal spraying;
- geometric optimization of liquid-liquid separators (mixer-settler, model experiments);
- optimization of the size separation function of a crystallizer (model experiments in a flow channel and CFD).






