In this tutorial, we will look into simulating a 2D shell beam in Salome-Meca. What you will learn here: – How to Create a 2D beam model – How to set correctly Code_Aster for simulating 2D shell – How to post process results and get stress on the thickness If you want to know how […]

## [Salome Video Tutorial] Automating Geometry Creation with Python

This week I am going into one of the most interesting aspects of using open-source FEA, the fact that you can automate fully geometry and mesh creation using Python! Yes, by automating, I mean that you can create a script and let it make all the hard work to create your geometry model from zero. […]

## [Salome Meca 2017 Tutorial] How to simulate a simple beam?

Did you know that Code_Aster was originally developed for structural calculation? I got several requests for a “Beam Tutorial” in the past weeks since I recorded the previous video tutorial of a simple plate analysis… So here it is finally! How to simulate a beam in Salome Meca 2017? In the video, I show you […]

## [Ansys AIM 18 Tutorial] Linear static analysis of a pressured pipe

Today, I am starting again doing simple tutorials of Ansys! I decided to start with a very simple linear static analysis of a pressured pipe with Ansys AIM 18 Student Edition. And just for the fun, I decided to record this video in 4 different languages (English, French, Chinese and Korean,…) Here is the english […]

## Simulating the flow inside a manifold with midas NFX CFD

This week I started again to create tutorials…And the first one coming is the full modelling and simulation of a manifold in NFX CFD. I hope you will like it! This time, it is a midas NFX Tutorial, but I won’t stop here, many more are coming! I decided to start from zero in this […]

## Ansys Tutorial: Steady state thermal analysis of a simple plate

In this video, I’ll show you how to do a simple steady state thermal analysis of a plate with the FEA software Ansys. If you want to know more about heat transfer, check out this page here: http://feaforall.com/heat-transfer/