Discrete Phase

 

The Discrete Phase Model (DPM) is a modeling tool used in Computational Fluid Dynamics (CFD) simulations to track the motion of discrete particles, such as droplets, bubbles, or solid particles, in a fluid flow. The DPM solves the continuous phase using Navier-Stokes equations while simulating the discrete phase by tracking many particles, bubbles, or droplets passing through the calculated continuous flow field.

 

Advantages

 

  • Tracks the motion of individual particles as they go through the fluid. This means that it can provide a more detailed understanding of the behavior of the particles than other methods.

  • Investigate the behavior of particles from a discrete perspective.

  • Simulate the motion of discrete particles such as droplets, bubbles, or solid particles, in a fluid flow.

  • Exchange momentum, mass, and energy with the continuous phase.

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