Welcome to the central pillar of our 14–blog path on multiphase DPM simulations. This guide will provide the ultimate technical foundation for particle tracking. However, […]
What Is the Discrete Phase Model (DPM)? The Ultimate Basics Guide Read More »
Bulk materials like rocks, powders, grains, and fibers are everywhere in the industrial world. However, it is very difficult to predict exactly how these complex
ANSYS Rocky DEM: Particle Physics and Multi-Physics Coupling Read More »
Simulating two fluids with a clear interface requires highly accurate physical properties. While the software tracks where the fluids are located, surface tension and wall
Contact Angle & Surface Tension Setup in ANSYS Fluent Read More »
Hydrocarbon wells and industrial gas pipelines constantly transport a mixture of fluids and solid particles, like sand and proppant. When these fast-moving particles continuously strike
Erosion Modeling in ANSYS Fluent: Models, Setup & CFD Guide Read More »
Simulating particulate flows requires a deep understanding of how solid materials behave inside a continuous fluid. Depending on the concentration of the solids, particles will
Multiphase Particulate Flows: DDPM and DEM Physics in ANSYS Fluent Read More »
The Eulerian Granular Model is how CFD handles the one problem a standard fluid solver cannot: solid particles that collide, jam, and refuse to be
Eulerian Granular Model in ANSYS Fluent: KTGF & Solids Pressure Read More »
Modeling turbulence in multiphase flows requires advanced physics. In a standard single-phase flow, the fluid mixes naturally due to velocity changes. Engineers call this basic
Eulerian Multiphase Turbulence Modeling in ANSYS Fluent Read More »
In our previous guide, Introduction to Eulerian Multiphase Model in ANSYS Fluent, we explained how the software uses conservation equations for different phases. Now, we
Interphase Forces: Drag and Non-Drag Forces Models in ANSYS Fluent Read More »
The Eulerian multiphase model in ANSYS Fluent is the standard method to simulate dense flows where two or more phases move together. Engineers also refer
Eulerian Multiphase Model in ANSYS Fluent (Euler-Euler) Read More »
Evaporation and condensation represent interfacial phase change phenomena where a fluid transitions between liquid and vapor states. In thermal engineering, simulating these mechanisms is critical
ANSYS Fluent Evaporation & Condensation: Lee Model & Phase Change Read More »
