Tutorials

How to do a Basic Linear Finite Element Analysis in CATIA V5

9 2 Intermediate
After this tutorial, hopefully you will be able to do a simple linear analysis using FEM (Finite Element Method). The steps are straight forward and the part used is available in my profile (foot peg - ATV). The idea behind this is seeing how it reacts to a Pressure of 125 KPa. All the units in this tutorials are in the IS (International System) but i will put the conversions Metric-Imperial. IF YOU HAVE ANY DOUBTS SUCH AS WHERE ARE THE COMMANDS LOCATED DON'T HESITATE TO CONTACT ME. Pedro José Silva Campos

Tutorial - Analysis of Bracket in ANSYS Workbench?

5 0 Beginner
Here is the tutorial.

Ansys workbench tutorials 107 | Structural analysis of pipe under pressure

1 0 Beginner
A long and straight hexagonal pipe is subjected to internal pressure of 20MPa. Evaluate maximum in plane deformation and stresses using ansys workbench. Calculate factor of safety using von mises stress theory as failure criteria.

Tutorial - Analyzing the rod for von-mises stress using Mechanica in Creo Elements/Pro?

1 0 Beginner
Here is the tutorial.

SolidWorks Transient Flow Simulation Tutorial - Von Karman Vortex Street

0 0 Intermediate
Watch video Tutorial: https://youtu.be/T-3DHm7GsCg Consider supporting me on Patreon: https://www.patreon.com/Interfluo This tutorial is meant for beginners interested in learning CFD. SolidWorks flow simulations are often regarded as a very poor cfd software, but I think that this assessment misses the point. I think that this software is best seen as a way of learning cfd and not as a cfd package. I wouldn't recommend this software for someone trying to perform a high fidelity LES simulation over a complex geometry with multiphase flow, but I would recommend it for a student learning the basics. When I was first learning cfd I used SolidWorks to quickly gain intuition for the basics and then I learned all of the theory. The insight I gained from SolidWorks provided a foundation to which I could attach all of the more advanced topics like turbulence modeling, pressure-velocity coupling, or so on.