Last week, I showed how to install Salome CFD on Ubuntu 20.04. Today, I will show you how to work with Salome CFD in 2022 with the simplest Channel Flow Tutorial. The model is a simple rectangular flow shape with 1 layer of elements in Z direction to make it 2-dimensional and I applied to […]
[Video] Everything you need to know about the Lattice Boltzmann Method (LBM) for CFD Simulation
Lately, I started to work more and more with CFD Solvers using the Lattice Boltzmann Method. There was already an article about it on the blog for those who remember, but I thought that a video would be even nicer! So, I finally made it and It’s pretty cool (If you like Physics) :) So […]
[OpenFoam Tutorial 5] Turbulent Flow in a Pipe with Salome as Mesher
Let’s Talk about Openfoam, Salome and Turbulent Flow Simulation :) In this 5th tutorial, we will look into how to build an OpenFoam model from scratch by using Salome to do the CAD processing and the Meshing! I’ll also give you some useful bits of knowledge about turbulence modeling in CFD analysis, so I hope […]
[Openfoam Tutorial 4] Simulating the flow around a Motorbike with SnappyHexMesh
In this 4th tutorial, we will look into an amazing OpenFoam v8 Example, the flow around a MotorBike and learn about how the snappyHexMesh works!
[Tutorial 3] How to compile OpenFOAM from Source on Ubuntu 18.04
In today’s video, let’s talk about how to compile OpenFOAM from Source! One of the huge advantages of open-source software is that you have full access to the source code… which mean that you can edit and change it like you want to add some functions you need! The only problem is that compiling code […]
[Openfoam Tutorial 2] Lid-Driven Cavity Flow
In today’s article, I am going to explore with you how to solve the simple cavity flow example with Openfoam! This tutorial will describe how to pre-process, run and post-process a case involving isothermal, incompressible flow in a two-dimensional square domain. Openfoam Lid-Driven Cavity Flow Tutorial This is how the boundary conditions of the cavity […]