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It turned out that specific "movement patterns" could be identified which show improved mixing behaviour.
The mixing behaviour was described as a function of relevant dimensionless groups (Re, Fr, Flg, etc).
The simulation results indicate different species mixing behaviour and flame shapes at the combustor orifices.
Both methods described the spectral mixing behaviour with high accuracy (Pearson's R2 > 0.8).
Commonly used models fail to deal with new classes of substances or mixtures which show a complex mixing behaviour.
Positive and negative deviations from ideal mixing behaviour are calculated with the model.
Power dissipation during foaming processes was measured and used to define gas liquid mixing behaviour.
The results show that the mixing behaviour is intermediate between plug flow and perfect mixing.
To characterise the mixing behaviour, a particle scale mixing index is used.
Small-light particles move on top of the large particles, improving the mixing behaviour.
The volume fraction of the mixing particles also affects the mixing behaviour.
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