It is not uploaded anywhere yet. Please contact me through email if you need to use this: [email protected]
@TheLyb0684Ай бұрын
The Steinberg-Guinan strength model describes hardening behavior of metal under hypervelocity impact. The model considers effect of pressure and temperature on yield strength and shear modulus. Since the model is not supported in Abaqus, it was implemented using VUMAT subroutine. If you have any question: [email protected]
@junwu5462Ай бұрын
Could you tell me how to expand surface data to construct a periodic surface
@junwu5462Ай бұрын
Could you please give me the toturial how to make rough surface on spherical or ball sir? Not just flat surface
do you have any tips for meshing the rough surface generated in 2D
@user-cf9qu3wz3c3 ай бұрын
대단하십니닷!
@TheLyb06843 ай бұрын
If you have any questions, please contact me through email: [email protected]
@DavisMUGABE4 ай бұрын
can you model rough surfaces in 2d?
@TheLyb06844 ай бұрын
Rough surface generator plugin for Abaqus/CAE supports 2D. It is open source. kzread.info/dash/bejne/nal33KmYf929hLA.htmlsi=2iH-EeHFoawKQjIe
@DavisMUGABE4 ай бұрын
@@TheLyb0684 Great. How can I access the rough surface generator plug in
@TheLyb06844 ай бұрын
@@DavisMUGABE Please refer to the paper: www.sciencedirect.com/science/article/pii/S2352711023000766
@DavisMUGABE4 ай бұрын
@@TheLyb0684 Thank you. When modeling an adhesive layer onto the rough surface, is it possible to model the surface of the adhesive in a way that it perfectly fits onto the rough surface
@TheLyb06844 ай бұрын
@@DavisMUGABE If it is 2D you can directly handle the geometry. So it won't be difficult. Use boolean feature to subtract the geometry
@TheLyb06846 ай бұрын
If you have any questions, please contact me through email: [email protected]
@fatehfateh42576 ай бұрын
i have 6.14 version....doesn't work
@user-wq9kk4hi5p6 ай бұрын
iam a student from iit (India) i need your help as my project is related to deep drawing simulation in abaqus
Can you give me the toturial how to make rough surface on spherical or ball sir? Not just flat surface
@TheLyb06846 ай бұрын
Please check the email
@user-ee3qt2fb7i7 ай бұрын
interesting
@TheLyb06847 ай бұрын
"Parameterized Deep Drawing Process Simulation for Machine Learning Training Database" The video below demonstrates an Abaqus simulation of the deep drawing process. The generation of the input file, the extraction of deformed coordinates and thickness distribution were fully automated using Abaqus Python. The deep drawing process was parameterized with 23 input variables, including material anisotropy, friction, blank holder force profile, die radius, gap, and initial blank geometry. The constructed training database was then used to train a Gaussian process regression machine learning model. The model predicts the initial blank geometry required to achieve a target geometry after forming, along with uniform thickness distribution. If you're interested in learning more, please check out our paper. The free download is available for a limited time (46 days from now): www.sciencedirect.com/science/article/pii/S0020740323008007?dgcid=coauthor Contact me through [email protected] if you have any questions
@GaryCollier-wy6lx7 ай бұрын
❤️ Promo sm
@Is_Ky7 ай бұрын
May I ask, how should the material properties of this model be configured? Could you provide a detailed tutorial and an introduction to the principles of the material model?
@TheLyb06847 ай бұрын
Please refer to the top comment. There is to the example model and subroutine
@rishikulshrestha31289 ай бұрын
can you please the profile data file or tell how to create it
@TheLyb06849 ай бұрын
Please refer to the bulit-in tutorial of the plug-in.
Пікірлер
Thank you! How do I get this VUMAT subroutine?
It is not uploaded anywhere yet. Please contact me through email if you need to use this: [email protected]
The Steinberg-Guinan strength model describes hardening behavior of metal under hypervelocity impact. The model considers effect of pressure and temperature on yield strength and shear modulus. Since the model is not supported in Abaqus, it was implemented using VUMAT subroutine. If you have any question: [email protected]
Could you tell me how to expand surface data to construct a periodic surface
Could you please give me the toturial how to make rough surface on spherical or ball sir? Not just flat surface
Contact me through email [email protected]
대단하십니다
Thanks !!!!!!!!!!!!!!!
do you have any tips for meshing the rough surface generated in 2D
대단하십니닷!
If you have any questions, please contact me through email: [email protected]
can you model rough surfaces in 2d?
Rough surface generator plugin for Abaqus/CAE supports 2D. It is open source. kzread.info/dash/bejne/nal33KmYf929hLA.htmlsi=2iH-EeHFoawKQjIe
@@TheLyb0684 Great. How can I access the rough surface generator plug in
@@DavisMUGABE Please refer to the paper: www.sciencedirect.com/science/article/pii/S2352711023000766
@@TheLyb0684 Thank you. When modeling an adhesive layer onto the rough surface, is it possible to model the surface of the adhesive in a way that it perfectly fits onto the rough surface
@@DavisMUGABE If it is 2D you can directly handle the geometry. So it won't be difficult. Use boolean feature to subtract the geometry
If you have any questions, please contact me through email: [email protected]
i have 6.14 version....doesn't work
iam a student from iit (India) i need your help as my project is related to deep drawing simulation in abaqus
Please send me an email [email protected]
Can you give me the toturial how to make rough surface on spherical or ball sir? Not just flat surface
Please check the email
interesting
"Parameterized Deep Drawing Process Simulation for Machine Learning Training Database" The video below demonstrates an Abaqus simulation of the deep drawing process. The generation of the input file, the extraction of deformed coordinates and thickness distribution were fully automated using Abaqus Python. The deep drawing process was parameterized with 23 input variables, including material anisotropy, friction, blank holder force profile, die radius, gap, and initial blank geometry. The constructed training database was then used to train a Gaussian process regression machine learning model. The model predicts the initial blank geometry required to achieve a target geometry after forming, along with uniform thickness distribution. If you're interested in learning more, please check out our paper. The free download is available for a limited time (46 days from now): www.sciencedirect.com/science/article/pii/S0020740323008007?dgcid=coauthor Contact me through [email protected] if you have any questions
❤️ Promo sm
May I ask, how should the material properties of this model be configured? Could you provide a detailed tutorial and an introduction to the principles of the material model?
Please refer to the top comment. There is to the example model and subroutine
can you please the profile data file or tell how to create it
Please refer to the bulit-in tutorial of the plug-in.
Usage Inquiry: [email protected]
How can I get access to the software?
@@minhajulbariprince8977 contact me throught the email
Hello, I would like to ask you how to use this plug-in software to change the surface of the bridge I built from smooth to rough.
Contact me through email: [email protected]
is it compatible in Abaqus 2019
풀버전 없나요??
hey... how you have done this ? I am working on this. can you automate the task with help of chat gpt ?
🎉🎉
You can download the input file and the subroutine used for the video from my GitHub repo:github.com/YB-LIM/Powder_Metal_CREEP
제가 좋아하는 곡이에요😢
Cool!
GOOD job！😁😁
If you have any question please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
If you inquire any question contact me through email: [email protected]
holy crab yb, keep going!
Thanks mate
You can download the input file via my Github repo: github.com/YB-LIM/Glass-thermal-fracture
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
Open source version of the plug-in is available on Journal SoftwareX: www.sciencedirect.com/science/article/pii/S2352711023000766
If you inquire any question, please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
If you inquire any question or consultation on the Abaqus project, please contact me through email: [email protected]
Hi can I use the same code to generate a rough surface in Matlab not in Abaqus?
@@hadisamiri1807 The code generates points on rough surface. You need to do some customization to visualize it on MATLAB
@@TheLyb0684 would you please give me a hint on how to do that?
Great. So this is basically a good example which describes that machine CAN learn mathematical model (like cycloid) if there is enough amount of data!
You can download python script used in the video from my Github: github.com/YB-LIM/Brachistochrone
When I did this, it's generating a flat surface not a surface with asperity
Please check your input parameters.
Amazing! Where can we access this plugin?
Please contact me through email: [email protected]
Nice work 공돌이푸!
Interesting.
Thanks for the video. Do you plan to do lessons?
Not at the moment. I will do a lesson If there are many request.
기타솔로 너무 좋습니다 스윕피킹👍👍
엥 어느부분에서 커버인거지