Comprehensive Abaqus Package Chapter 8: Contact Theory in Abaqus (Preview)

This is a preview of Chapter 8 including several sections of the complete premium tutorial.

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Price of Chapter 8: It cannot be purchased separately. If you buy chapter 9 or each of its examples separately, chapter 11, chapter 14 or chapter 16, also you will have access to chapter 8's files.
Duration of Chapter 8: 40 minutes

Contact analysis package includes:
- Chapter 8
- Chapter 9
- Chapter 11 example 2
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Duration of contact analysis package: 8 hours and 30 minutes

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.

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Table of content:
- Types of contact definition methods in Abaqus
- An example of using self contact
- General concepts related to contact analysis
- Definition of hard contact
- Finite sliding and small sliding
- Differences between surface-to-surface and node-to-surface algorithms
- An example of the use of small sliding
- Tangential behavior
- The effect of friction coefficient value in Abaqus/Standard solver
- Choosing the master and slave surface in the surface-to-surface contact method (Standard)
- The general contact (Standard) algorithm
- Rigid surface shape in contact analysis
- Rigid surface shape in contact analysis
- Contact analysis using Abaqus/Explicit solver
- Field outputs related to contact interaction

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[sepehr]

Thanks for the video and also for touching upon the contact outputs.

[امیرمجیدیان-خح]

When I was saw this chapter, I found two essential questions for my understanding, May I ask you, without define any contact feature (any) between two parts and just locate two parts in suitable positions, Is there go together to each other? And cross to each?