Data for: Three-dimensional two-phase smoothed particle hydrodynamics simulation of bubble/droplet rise and coalescence at moderate Reynolds numbers

Data and figures for "AThree-dimensional two-phase smoothed particle hydrodynamics simulation of bubble/droplet rise and coalescence at moderate Reynolds numbers"
The files contain the main complementary results (e.g. data from graphs, images, and tables), organized by sections, such as:

3. Numerical investigation

4. Numerical Examples of the single bubble rising
-> 4.1. Validation of the single bubble rising with Re = 35
->-> 4.1.1. Resolution ∆x dependence
->-> 4.1.2. Density rate dependence
->-> 4.1.3. Variation of the Eo number (5 ≤ Eo ≤ 1000)
->-> 4.1.4. Effect of the sidewalls distance ratio with the bubble center (L=βD)
-> 4.2. Comparison of SPH bubble simulation with previous experimental and numerical approaches
->-> 4.2.1. Variation of the Re number (8.748 ≤ Re ≤ 135.4) with Eo=116
->-> 4.2.2. Moderate Re number variation concerning the Mo number

5. Two merging bubbles
-> 5.1. Validation of two merging bubbles with low sidewall influence (L = 4D_2)
->-> 5.1.1. Co-axial and Oblique coalescence configurations for Eo=16.0 and Mo=2.0E−4
->-> 5.1.2. Co-axial coalescence in two cases of moderate Eo e Re numbers
->-> 5.1.3. Co-axial coalescence in two cases of moderate Eo with Mo=4.1E−3
-> 5.2. The merging process of two rising bubbles with high sidewall influence (L = 2D_2)
->-> 5.2.1. Coalescence of bubbles with different diameter ratios under Mo = 2.0E−4 and Eo = 16
->-> 5.2.2. The influence of different Eo and ∆x on the Coalescence of two merging bubbles with Re =35
->-> 5.2.3. The influence of λ and θ ratios on the coalescence of two merging bubbles with Eo =250 and Re =35