from basics to Advanced

  • FEA Articles
    • CAE for beginners
    • Open-source FEA
    • Basics of mechanics
    • Buckling, Nonlinear FEA & Advanced Tips
    • Design Failure
    • Heat Transfer
    • Meshing Techniques
    • Modal, Frequency and Dynamic Analysis
    • Stress & Safety Factor
    • FEA Singularities
  • FEA Tutorials
    • FEA Webinars
    • Salome Meca and Code Aster Tutorials
    • Ansys Video Tutorials
    • midas NFX
    • midas GEN
    • OnScale Tutorials
    • Openfoam Tutorials
    • Gmsh Tutorials
  • Programming
    • Python
    • Fortran
    • Language C
  • More
    • About Me
    • Podcast
    • FEA Books
    • FEA Knowledge Base
    • Unit Converter
  • Log In

What is linearity and what’s the difference with nonlinear simulation?

February 4, 2023 by Cyprien 1 Comment

What is linearity and what’s the difference with nonlinear simulation?

Happy New Year 2023 :) I can’t believe this blog has 10 years! Today, let’s talk about a few questions that I get all the time: What does linearity means? What is the difference with nonlinear simulation? When do you actually need nonlinear simulation? Video: Let’s talk first about the concept of linearity Linear static […]

Filed Under: basics of mechanics, linear static analysis, Nonlinear Analysis Tagged With: CAE, linear analysis, material, nonlinear

How to determine Weibull Law Parameters with Python? (Part 2)

December 22, 2018 by Cyprien 5 Comments

How to determine Weibull Law Parameters with Python? (Part 2)

This article is a second article on the Weibull Law which explains how to use Python to calculate the law’s parameters. If you didn’t read the first article, you can read it here 1 How to determine the parameters of the Law If we start from the Weibull Probability that we determined previously: After a […]

Filed Under: basics of mechanics, Python, Research, stress Tagged With: material, Weibull

How to use Weibull Law to identify a better rupture criterion for Brittle Materials? (Part 1)

December 9, 2018 by Cyprien 15 Comments

How to use Weibull Law to identify a better rupture criterion for Brittle Materials? (Part 1)

Today, Let’s talk about some basics of ductile and brittle materials… and how you can find an appropriate failure criteria for brittle materials with defects! I registered an audio file to make it more easy to understand, I hope this subject will interest you! 1 Rupture criterions for ductile and brittle materials Usually, when we […]

Filed Under: basics of mechanics, Podcast, Research, stress Tagged With: material

Understanding Dynamics and the effect of Mass

October 31, 2018 by Cyprien 9 Comments

Understanding Dynamics and the effect of Mass

I have been in France for few weeks now… and I had to take the French TGV train very often… That’s when I started to have some weird thoughts and remembered a problem I thought about a lot when I was younger… I decided to write about it now that I have a bit more […]

Filed Under: basics of mechanics, Dynamic Analysis Tagged With: dynamics, mass

How to define a nonlinear material in FEA?

May 1, 2018 by Cyprien 16 Comments

How to define a nonlinear material in FEA?

In this article, I will tell you the very basics you need to understand to start using nonlinear material models in your FEA simulation. If you are just starting FEA, you may have learned that defining “Material Data” usually meant providing 2 input values into your FEA software: The Young’s Modulus The poisson’s ratio And […]

Filed Under: basics of mechanics, Nonlinear Analysis, Theory Tagged With: fea, material, strain, stress

What is Damping and why is it useful?

January 28, 2018 by Cyprien 5 Comments

What is Damping and why is it useful?

What is Damping? I am starting with a big question today :) …and to answer this question, we have to understand a few things about dynamic analysis first… Because only a part moving in some way experiences damping… Damping is basically an attenuation of this movement due to some kind of friction If you hadn’t […]

Filed Under: basics of mechanics, Dynamic Analysis Tagged With: damping, dynamic, oscillation

  • 1
  • 2
  • Next Page »

Other FEA articles:

  • [Fortran Tuto 10] Formatting the print[Fortran Tuto 10] Formatting the print
  • Why would you ever put your FEA in the cloud? and how?Why would you ever put your FEA in the cloud? and how?
  • Simulating the flow inside a manifold with midas NFX CFDSimulating the flow inside a manifold with midas NFX CFD
  • How to install python 3 on windows and set the pathHow to install python 3 on windows and set the path
  • [Salome Meca Tutorial] How to define a glued contact between parts[Salome Meca Tutorial] How to define a glued contact between parts

About me

I’m an Mechanical Engineer who would like to share his passion on Finite Element Analysis to help other Engineers. Read more…

View Cyprien Rusu's profile on LinkedIn

Find videos about FEA

What is linearity and what's the difference with nonlinear simulation? - FEAforall
How to build a scientific web app in 10 min with Trame and VTK
Code Saturne Heated Square Cavity Tutorial
1/127
Next»
By PoseLab
My YouTube Channel

© Copyright since 2013 feaforall · All Rights Reserved