Stress-strain Graph based on this AMAZING Boundary Condition

This video shows how to generate the stress-strain plot from an RVE where Dirichlet Boundary Condition is used.
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TIME STAMPS
00:00 - Intro
00:18 - Theory of Dirichlet BC and Stress-strain plots
01:28 - Kinematic constraints and ABAQUS *EQUATION
04:06 - Stress-strain Graph for RVE with Dirichlet BC
04:39 - ABAQUS simulation with Dirichlet BC
05:39 - Extracting Force vs Displacement Graph from ABAQUS Simulation
07:35 - Generating stress-strain plot using Analysis Template
08:38 - Analysis of stress-strain plot
08:50 - Generate Effective properties from stress-strain graph
09:43 - Outro
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DOWNLOADABLE LINKS
To download resources used in this video (CAE files, Excel files), please click on this link (it requires a sign up if it is your first time) to access downloadable resources: cmvig.cmvideos...
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📥* DOWNLOAD LINK TO SOFTWARE
1. PBCGen2D: A software for applying periodic boundary condition
Download software: cmvideos.ck.pa...
2. PBCGenlite: A lite version of software for applying periodic boundary condition
Download software: cmvideos.ck.pa...
3. MontCarlGen2D: A software for creating random inclusions in 2D RVEs
Download software here: cmvideos.ck.pa...
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✔️*Link to Michael Okereke's Finite Element Applications textbook
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Okereke, M. and Keates, S., 2018. Finite element applications. Cham: Springer International Publishing AG. amzn.to/3Bv54Di
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[@davidsaidani3267]

Hi, I didn’t know where to write a general question so I’m writing it here. First I would like to thank you for the topics you share and the quality of their contents. My question is about the creation of multiple cylindrical systems of coordinates along a circle. I usually work with Hypermesh and there is no easy way to do that. I remember to have seen a video where you explained how to do that in Abaqus (or maybe I’m mistaken). If you really did, I would be grateful that you send the link to it again. Thank you!

[@MichaelOkereke]

Hello, please can you give me some more details. You can write me an email directly using the email in my About me page here on the channel or via cmvig.cmvideos.org (after subscribing to the newsletter)

[@MohamadSh-w1h]

can you compare this failure theory with the traction separation theory? when should we use that one?
when do we use Cohesive elements?
Thanks for your video.

[@MichaelOkereke]

Yes we can