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The Internet is full of beautiful 3D mesh examples, but it is difficult to get clues about how they were constructed. In fact, creating a good 3D FEA mesh can be very painful without the right tools or training. Furthermore, most of commercial pre-processing software have been improving and propose powerful 3D meshing algorithm, capable of building hybrid or full hexahedron mesh.</description>
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Introduction

This tutorial showcases how to write consistent SesamX input files from a beginner point of view. Together, we will write a complete input file setting up a simple shell model, and running a linear static resolution under a membrane solicitation. Along the way we will also discuss some Sesamx basic features (data persistence, units management, $m$$mm$$mm$$°$$GPa$$Kg/m^3$$MPa$$\%$$N/m$$Nm/rad$$N$$Nm$$s$$10000 N$$x$</description>
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Targeted SesamX version: V2020_04

This video tutorial showcases how to use Salome and SesamX to build a shell finite element model and visualize the results. Starting from a shell geometry, it gives practical advice to build the mesh with Salome. Then it covers the mesh import from the Salome .med file into SesamX, and how to finalize the model definition with SesamX. Finally, the last part of this tutorial demonstrates how to visualize the computation r…</description>
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