Meshing and Partitioning 3D Complex Solids in Abaqus by using Tetrahedral Elements скачать в хорошем качестве

Meshing and Partitioning 3D Complex Solids in Abaqus by using Tetrahedral Elements

Our telegram channel for Abaqus and Q&A: https://t.me/abaqus_asist Our Telegram channel for FFS, Structure Integrity and the analysis of fixed equipment: https://t.me/ffs_asme_dnv_api_femex Our LinkedIn page:   / amirhossein-mirzabozorg-15443b47   If you want to be informed about our 50% discount codes and other announcements, join our Telegram channel or follow us in LinkedIn. contact info for using our services: mirzabozorg71@gmail.com Comprehensive Abaqus Package:    • Comprehensive Abaqus Package   Including 39 hours of step-by-step tutorials. Chapter 5 of the package is related to this tutorial:    • Comprehensive Abaqus Package Chapter 5: Me...   Don’t hesitate to ask any questions you might have about the explanations presented in this video using the comments below. We try to answer all questions regarding the video details in the comments below. Most of the time specially in industrial projects, we are faced with complex solid geometries that must be meshed and then analyzed. At first we should try to partition them in order to create hex elements on the geometry. After doing trail and error, if we are not able to create hex elements on the geometry, the only choice is using Tet or Tetrahedral elements for meshing the geometry. In this video, some aspects of creating Tet elements are explained for creating high quality elements and finally get the exact result. Table of content: kinds of Tet elements according to their order Example1: how to mesh a propelling system by using second order Tet elements Example 2: meshing and partitioning a complex geometry in oil industry for exact calculation of stress concentration #Abaqus_example #Abaqus_mesh #Abaqus_partition #Abaqus #meshing #partitioning #mesh