from basics to Advanced
The difference between FEM and FDM… If you are serious about FEA and you want to get deep into the theory and the method used, then you probably asked yourself this question… And you came to the right place…because this blog is about “FEA for all: From basic to Advanced” ;-) What I’ll talk about […]
In my previous article, I asked to my newsletter subscribers 2 questions to see who knew how to perform a dynamic analysis of the following marine refrigeration machine: The questions were: Question 1: What steps would you take to identify the main vibration characteristics of the marine refrigeration machine in the previous image? Question 2: […]
Today I’ll share with you some insight that took me literally years to understand… but understanding this sole concept helped me to fire-boost my mastery of a specific topic in almost an instant… Here’s what I mean: When we want to do something, there are always a few things that block us from really achieving […]
It’s been some time I am talking about what I think of automation and “push-a-button” solutions to my newsletter subscribers. I know that this is a potentially “sensitive” topic for some people in the FEA field…and many people working in the FEA software industry would prefer you not to know about what I am about […]
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 […]
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 AIM 18 Tutorial] Linear static analysis of a pressured pipe](http://i1.wp.com/feaforall.com/wp-content/uploads/2017/05/Ansys-AIM-18.png?fit=1024%2C576)
