A one-way coupled, Euler-Lagrangian simulation of bubble coalescence in a turbulent pipe flow

Keyphrases

• Bubble Coalescence 100%
• Turbulent pipe Flow 100%
• Coalescence Model 100%
• Carrier Fluid 100%
• Lagrangian Simulation 100%
• Sub-Grid Stresses 100%
• Large Eddy Simulation 50%
• Microgravity 50%
• Multiphase Flow 50%
• Unstructured Grid 50%
• Two-way Coupling 50%
• Hard Spheres 50%
• Number Density 50%
• Turbulent Motion 50%
• Microgravity Environment 50%
• Drain Fluid 50%
• Bubble Size Distribution 50%
• Eulerian 50%
• Gas-liquid Flow 50%
• Bubble Size 50%
• Stochastic Approach 50%
• Average Probability 50%
• Collision Model 50%
• Slug Flow 50%
• Collision Processes 50%
• Bubble-bubble Interaction 50%
• Bubble Collision 50%
• Dispersed Bubble Flow 50%
• Eulerian-Lagrangian Approach 50%
• Time to Drain 50%
• Lagrangian Particle Motion 50%

Engineering

• Pipeline Fluid Flow 100%
• Bubble Coalescence 100%
• Bubble Size 100%
• Carrier Fluid 100%
• Turbulent Motion 50%
• Number Density 50%
• Downstream Distance 50%
• Lagrangian Approach 50%
• Microgravity Condition 50%
• Collision Process 50%
• Slug Flow 50%
• Stochastic Approach 50%
• Liquid Flow 50%
• Multiphase Flow 50%

Chemical Engineering

• Bubble Coalescence 100%
• Gas-liquid Flow 50%