Data for: Modeling of co-axial bubbles coalescence under moderate Reynolds regimes - A Bi-phase SPH approach

Data and figures for "Bi-phase Smoothed Particle Hydrodynamics simulation of co-axial bubbles coalescence for the moderate Reynolds regimes"

The files contain the main complementary results (e.g. data from graphs, images, and tables), organizer by sections, such as:

5. Numerical validation
- 5.1. The merging process of two different rising bubbles size with D_2 = 1.5D_1
- 5.2. The merging process of two different rising bubbles size with D_2 = 1.25D_1

6. Numerical Examples
- 6.1. The merging process of two rising bubbles with a high effect of the sidewalls
- > 6.1.1. The ∆x effects between two merging bubbles and its streamlines shedding
- > 6.1.2. The effects of the vertical distance between two merging bubbles (βD_1)
- > 6.1.3. The influence of density rate (Φ) between two merging bubbles
- > 6.1.4. The influence of two different surface tension values between two merging bubble
- > 6.1.5. The influence of viscosity rate (λ) between two merging bubbles
- 6.2. The merging process of two rising bubbles with a low effect of side-walls
- > 6.2.1. The high surface tension regimes with Eo=5 and Eo=10
- > 6.2.2. The low surface tension regimes with Eo=100 and Eo=200

本数据集包含《关于中etc.雷诺数范围内的同轴气泡融合的双相光滑粒子流体动力学模拟数据与图表》的相关数据与图形，内容按章节组织，具体如下：

5. 数值验证
- 5.1. 两种不同上升气泡尺寸（D_2 = 1.5D_1）的融合过程
- 5.2. 两种不同上升气泡尺寸（D_2 = 1.25D_1）的融合过程

6. 数值示例
- 6.1. 受侧壁强烈影响的上升气泡融合过程
- 6.1.1. 两融合气泡间的∆x效应及其流线脱落
- 6.1.2. 两融合气泡间垂直距离（βD_1）的影响
- 6.1.3. 两融合气泡间密度比（Φ）的影响
- 6.1.4. 两融合气泡间不同表面张力值的影响
- 6.1.5. 两融合气泡间粘度比（λ）的影响
- 6.2. 受侧壁影响较弱的上升气泡融合过程
- 6.2.1. 高表面张力状态（Eo=5和Eo=10）
- 6.2.2. 低表面张力状态（Eo=100和Eo=200）