Sentence examples for behavior of the mixing from inspiring English sources

Also, we can see from Fig. 14 the behavior of the mixing parameter λ(n).

In this part, the CFD simulation results and the parameters influence on the behavior of the mixing in the Double T-junctions, are given and interpreted.

To summarize, the four parameters which are expected to modify the behavior of the mixing in the simulations, are: L, Re average, ( {R}_1^{in} ) and ( {R}_1^{out} ).

To understand the behavior of the mixing, Fig. 14 shows the longitudinal section of the double T-junction in the case Re = 1000, L = 5D and ( {R}_1^{in} ) and ( {R}_1^{out} ) = 30/50/70 and plots the scalar.

Each simulation represents the behavior of the mixing at double T-junctions at some design points depending on the 4 Double T-junction parameters: the length of the interpipe (the distance between two pipe junctions), the average interpipe Reynolds number and the input and output Reynolds number ratios (see Fig. 2).

The behavior of the mixing ratios is similar to the previous simulations with one clear exception.

Dynamic modulus test was performed to evaluate the rheological behavior of the mixes at elevated temperatures as well as loading frequencies to develop master curves.

The behavior of the mixes in these exposure tests was satisfactory, confirming their suitability for use in structural applications exposed to different environments.

This indicates a better behavior of the mix during anaerobic fermentation, and has as advantage to be much easier controlled than for the first batch of material.

Depending on behavior of the mix of thermotolerant strains (mutIV-mix), which was cultivated as control, the temperature was raised in maximum increments of 0.2 or 0.1°C per day.

Finally, the CFD simulation results, for different Reynolds numbers and contaminant inlet-exit ratios (Fig. 14), are given and interpreted to explain the behavior of the imperfect mixing in Double T-junctions depending on the different entry parameters.