This post is about an unusual kind of simulation using Code_Aster: a quantum mechanics system. In this case we will try to calculate the probability of finding the electron somewhere in a hydrogen atom. This means that we need to find the wave function of the electron in a potential field, by solving this problem … Continue reading Quantum Mechanics simulation using Finite Elements
Posts
Altair HyperMesh to Code_Aster: exporting mesh
This post is about how to export a Code_Aster compatible mesh from a widely used professional pre-processor: Altair HyperMesh™. To read this article one will need some knowledge both in HyperMesh™ and in Code_Aster. Special thanks to: Dr. Enrico Bertocchi from "Enzo Ferrari" department at Unimore University for his precious help with the HyperMesh™ interface and testing the … Continue reading Altair HyperMesh to Code_Aster: exporting mesh
Beginning with post-processing Paravis module in Salome-Meca
This post presents some useful tricks to get started with Salome-Meca Pavavis module (or Paraview). Let's assume you already have followed this tutorial or by another way, got a Code_Aster rmed result file open in Paravis. Deformed Shape As shown in previous posts, it is possible to show the displacement field as a magnitude scalar … Continue reading Beginning with post-processing Paravis module in Salome-Meca
Beginning with AsterStudy and Salome-Meca on Windows
This post is a step-by-step tutorial for beginners wishing to start with the new AsterStudy interface on Windows. This is an update compared to this post, published a few months ago, before AsterStudy came out. We are going to proceed the same way here: Pick up an existing case Run the case Analyze results This … Continue reading Beginning with AsterStudy and Salome-Meca on Windows
New FAQ page
Following the many feedback from users, we had the idea of gathering some essential information in a Frequently Asked Question section. We hope this will help new users.
Nastran to Code_Aster: automatic translation
This is a very short post to describe a tool that can be used for automatic translation between Nastran and Code_Aster: the Vega translator. It is available as a command line program in our Download section, feel free to give it a try! Its usage is quite straightforward, you simply have to unzip the archive, enter in … Continue reading Nastran to Code_Aster: automatic translation
Feaforall youtube video
This post is a quick note to tell you about feaforall.com, where you can also find a Youtube video about Salome-Meca for Windows: https://www.youtube.com/watch?v=PHLCcQhkNbo When you follow this video, please remember that you do not need to open the run_salome file in a command prompt, you can simply click on it \(^__^)/ Thank you … Continue reading Feaforall youtube video
Install Salome on Windows
This post shows how to install the salome-platform package on Windows. The same method can be applied to install Salome-Meca for Windows package available in our download page. For Code_Aster Windows standalone package installation, follow this post. Install Salome for windows Download Salome for windows from the official salome-platform download page. Execute the downloaded file. … Continue reading Install Salome on Windows
Nastran to Code_Aster: slideline contact
In this post we will have a look at a slideline contact problem, including friction. This case is taken from a publicy available example on the internet, but the original source is probably this one, for all due credit. To read this article one will need some knowledge both in Nastran and in Code_Aster. The translation between Nastran and … Continue reading Nastran to Code_Aster: slideline contact
Nastran to Code_Aster: modal frequency response
In this post we will have a look at a modal frequency response analysis. We will find the frequency response of the structure under a pressure load and a nodal force with a phase lag. A modal damping is also applied. This case is taken from a publicy available example on the internet, but the original … Continue reading Nastran to Code_Aster: modal frequency response