How to find the unit system for an ABAQUS Model
Have you tried setting up an ABAQUS model but unsure what unit system you should use? This is a common issue because ABAQUS is a unit-less software. You have to decide on a unit system and input parameters based on dimensional consistency for that unit system. In this video I will show you how to work within a unit system for your ABAQUS model and illustrate this for three length scales i.e. metre, millimetre and micrometre. #cmvideos #abaqustutorial #rve #unit #abaqusunit #composites #pbcgen2d #montcarlgen #periodicboundarycondition
Time stamps
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You can quickly navigate through the videos using these chapters.
00:00 Intro
00:29 Virtual domain used for the study
01:01 Unit conversion of a metre length scale
01:25 Unit conversion of a millimetre length scale
02:06 Unit conversion of a micrometre length scale
03:15 Material properties specified in different units
04:38 Case studies considered for the study
05:23 ABAQUS Model setup for the test cases
08:53 Case I: Metre unit simulation results
11:11 Case II: Millimetre unit simulation results
11:49 Case III: Micrometre unit simulation results
12:17 Comparison of simulation results for 3 case studies
14:02 Reflecting on micrometre units length scale modelling
14:44 My recommendation for working in micrometre units
16:22 Outro
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Пікірлер: 15
You can quickly navigate through the videos using these chapters. 00:00 Intro 00:29 Virtual domain used for the study 01:01 Unit conversion of a metre length scale 01:25 Unit conversion of a millimetre length scale 02:06 Unit conversion of a micrometre length scale 03:15 Material properties specified in different units 04:38 Case studies considered for the study 05:23 ABAQUS Model setup for the test cases 08:53 Case I: Metre unit simulation results 11:11 Case II: Millimetre unit simulation results 11:49 Case III: Micrometre unit simulation results 12:17 Comparison of simulation results for 3 case studies 14:02 Reflecting on micrometre units length scale modelling 14:44 My recommendation for working in micrometre units 16:22 Outro
very interesting, thank you for sharing
@MichaelOkereke
2 ай бұрын
My pleasure
Dr. Michel please make a SENB 3point bending following ASTM standard E1820 in 2D with XFEM.
@MichaelOkereke
8 ай бұрын
Thanks for this. I am not working on this at the moment but I have noted it and if I can, I will try to make the video. thanks for your comment.
it is good without background noice!
@MichaelOkereke
Жыл бұрын
Hello @Rajasekaran, thanks for the feedback. I try to keep the volume of the music so low so they do not interfer with what I am saying. I feel having some background very low-volume music does help with the content but maybe not for you in this instance. However, thanks for taking time to comment and I will take the feedback on board.
Hi sir can please make a video on steel .which is Directionally distributed in parallel Direction and perpendicular distribution in Abaqus
@MichaelOkereke
Жыл бұрын
Noted
Hello Dr.Michael, I would like to know how to write code random particle in Matlab that can be imported into program Abaqus. Can you give me an example?😁😁🙏🏻
@MichaelOkereke
Жыл бұрын
Hello Peeraphat, here is a video I made a while ago that can help kzread.info/dash/bejne/lK1pydiqk7iWmpM.html
@peeraphatsuttipong51
Жыл бұрын
@@MichaelOkereke thank you😁🙏🏻
Dear Dr.Okereke, i have a question. I would like to create a polycrystalline nickel model, like a cube with irregular geometry, but in Abaqus i can't choose the material like Ansys. Is there a solution about this? I'd prefer to create this model in Inconel 718. Thx for attention, best regards
@MichaelOkereke
Жыл бұрын
Hi, yes you are right. In Abaqus you choose material models not the material itself. You have to find the underlying material model for Inconel and look for its equivalent material model in Abaqus. This is the way to go.
@invisibleman2059
Жыл бұрын
@@MichaelOkereke Ok perfect Dr.Okereke. I'll take this way. 1) i'll create my irregular geometry in Abaqus (i'll use UMAT's script) 2) Import this model in Ansys 3) Choosing the material for model (Inconel 718 in Composite Materials)