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 […]
Nozzle CFD Simulation in ANSYS Fluent: Physics, Types, and Analysis Read More »
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.
Compressible Flow in a Nozzle: Step-by-Step Tutorial Guide In ANSYS Fluent Read More »
An airfoil is a special shape used in wings, blades, and many engineering designs. The curved shape helps control how air moves over the surface.
Step-by-Step Airfoil Simulation in ANSYS Fluent Read More »
In Blog 2, we set up a complete Large Eddy Simulation (LES) case. We created a high-quality mesh, initialized with RANS, and configured the WALE
Advanced LES, Hybrid Models (DES), and Post-Processing in ANSYS Fluent Read More »
Welcome to the second part of our Large Eddy Simulation (LES) trilogy. In Blog 1, we discussed the physics of turbulence and the mathematical closure
Have you ever thought about how a car cleans its exhaust gas? Or how a filter cleans your water? They both use a special material
Porous Media Simulation in ANSYS Fluent: The Ultimate Guide Read More »
Welcome back to our comprehensive series on Acoustics CFD. In our first blog (Acoustics & Aeroacoustics in CFD: The Ultimate Guide), we explored the fundamental
Acoustic Models in ANSYS Fluent: A Practical Guide Read More »
Noise is everywhere in the engineering world. From the roar of a jet engine to the hum of a computer fan, understanding and controlling sound
Acoustics & Aeroacoustics in CFD: The Ultimate Guide Read More »
The Venturi effect is a fundamental principle in fluid dynamics that explains how fluid pressure decreases as fluid flows through a constricted section of pipe.
In fluid dynamics, understanding the distinction between compressible and incompressible flow is essential for solving engineering problems, analyzing fluid behavior, and designing efficient systems. Incompressible
Incompressible vs. Compressible Flow Read More »
