Eulerian Two Phase Flow within a Convergent-Divergent Channel CFD Simulation

This advanced-level episode delves into the complex world of Eulerian multiphase flow simulation within a convergent-divergent channel using ANSYS Fluent. Participants will explore the intricacies of two-phase flow behavior in a mechanical device commonly encountered in various engineering applications.

Key topics:

Introduction to Eulerian multiphase flow modeling and its relevance in mechanical engineering
Overview of convergent-divergent channel geometry and its applications
Setting up the two-phase flow simulation in ANSYS Fluent
Defining fluid properties and interfacial physics for the two phases
Configuring appropriate turbulence models for multiphase flow
Implementing boundary conditions specific to the convergent-divergent channel
Running the simulation and monitoring convergence
Analyzing phase distribution and flow patterns within the channel
Interpreting velocity and pressure fields for both phases

By completing this episode, participants will gain advanced knowledge in simulating complex multiphase flows using the Eulerian approach. This understanding is crucial for analyzing and optimizing various mechanical devices involving two-phase flow, such as nozzles, diffusers, and separators. Participants will enhance their skills in advanced CFD techniques, enabling them to tackle challenging multiphase flow problems in their mechanical engineering projects and research.