Adhesives and composite materials 2022-7 – Download

Explanation

Abaqus Tutorials: Glued Joints and Composite Materials Welcome to Abaqus’s Glued Joints and Components tutorial, the only course you need to learn how to design adhesive joints and composite materials. Integrated in Abaqus software. This course is specially designed for students of mechanical engineering, civil engineering or engineers who want to expand their basic knowledge. This course will teach you the theory behind input measurements as well as modeling and analyzing the results.

Part 1: 2D cantilever with DCB (connected elements) In this part, you will learn how to design a two-dimensional square cantilever beam (DCB) using the connected element method. Part 2: 2D Sticky SLJ (Surface Coherence) In this part, you will learn how to design a two-dimensional single-sided joint using a surface-based joint area. Part 3: 3D Bonded DCB (Connected Elements): In this part, you will create a three-dimensional model of cantilever beams using the connected element method. Composite tube under compression load, Composite plate under 3 bending points, Composite panel under impact loading, 3D composite single face joint (New update estimated January 2021).

What will you learn?

2D and 3D surface meshing method
2D and 3D elements of the connected system
How to design flexible glue
how to design a joint (DCB, ENF, SLJ)
2D and 3D XFEM method
Erectile and post-erectile

Who is this course for?

Anyone who wants to learn how to model 2D, 3D, XFEM and buckling modeling in Abaqus software.

Abaqus Tutorial: Glued Joints and Composite Materials

Publisher: Udemy
Teacher: Armin Yousefi Kanani
Language : English
Level: Medium
Number of courses: 24
Duration: 5 hours and 13 minutes

Abaqus Lesson Contents: Adhesive Joints and Composite Materials

Abaqus-Tutorial_-Adhesive-Intersections-and-Composite-Materials

Requirements

Students should have a basic knowledge of the terms paste and compound in abaqus as we will not explain that feature in this lesson.
The latest version of Abaqus