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
Particulate flows happen everywhere in the real world and across many major heavy industries. Engineers constantly use CFD to simulate solid particles moving inside a
Modeling turbulence in multiphase flows is a very complex and difficult task. In a simple single-phase flow, the fluid mixes naturally because of standard velocity
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
Fluids with different phases are everywhere in engineering. We see them in gas-liquid bubble columns, solid-liquid mixtures, and gas-solid flows. To solve these complex problems,
ANSYS ICEM CFD is a meshing software used in computational fluid dynamics (CFD). It is part of the ANSYS family, but it works as a
ANSYS Fluent Meshing is a powerful tool for CFD meshing in ANSYS Fluent. It is used to create high‑quality surface and volume meshes directly inside
Imagine creating amazing new designs with ANSYS software. Engineers use this powerful tool to explore ideas, from how air flows over a car in a
A nozzle is a very important device in fluid mechanics. It is used to control how fast a fluid moves (velocity) and its pressure. Nozzles
This article explains the difference between validation and verification in scientific modeling and numerical simulation. Many new students and researchers use these two words as
In many engineering systems, fluid can move at low speeds or very high speeds. This creates two important flow types: incompressible flow and compressible flow.
Internal flow is a very important topic in fluid mechanics and engineering. Many systems depend on the movement of liquids and gases inside pipes and
