I am facing an issue while linking intel fortran compiler, abaqus old version of intel fortran compiler 2022.

can you do incremental sheet forming in Ansys.

is it possible to use Temperature-dependent convective heat transfer coefficient on Abaqus? if yes, how?

Hi, i used the same code for the model but shows an error when submitting the job - "Problem during linking - Abaqus/Standard User Subroutines. This error may be due to a mismatch in the Abaqus user subroutine arguments. These arguments sometimes change from release to release, so user subroutines used with a previous release of Abaqus may need to be adjusted. ". Can you kindly suggest what might be causing the error?. Thanks in advance

It was pretty useful, thank from Colombia!

Good information

Appreciation for your work. Keep continue.

Can we control time incrementation within an anlysis by monitoring a field output from the odb through python scripting? Like if the change in the displacements becomes constant I want solver to take larger time increments, Is this possible?

Sir, can you upload a video on modelling a 2d portal frame with a tuned mass damper and coupled tmd subject to seismic excitation?

thank you so much

Can u share report of that ansys

Hi bro.. How to get the 'grid on' in the plot.. any option is available.. Plz tell thank you

Where is the example video? I can’t find it on your channel

Comment in support of the channel Thank you for your work!!!

A good teacher....covered the basics of stereographic projection and pole figures nicely...

thank you . good work

Nice explained

sir please start a series on CFD using ansys. your way of teaching is very attractive and extra ordinary. hoping so next video will be on cfd.

very well explained. more power to you

Whenever you need help. An Indian guy will be always there.

thank god now i can create my 3D project!! (was wondering from 2021)

please can u make rocket re entry HEAT SHIELD CONE design

Very good 🎉

Can you please make a video showing the simulation of compression test until fracture where output stress strain curve shows fracture

Hi I followed the steps but got result : ERROR : Abaqus/Standard with user subroutines verification and result : ERROR : Abaqus/Explicit with user subroutines verification I am using Fortran compiler 2024.2, vs2022 and ABAQUS 2022

Your video is very useful, but I still have one question that I wish you can answer. How to use the models established by neper in DAMASK? I have established a model whose file suffix is .vtu, and I try to translate this file in suffix with .geom suffix, but I don't know how to operate and where the orientation information is.

Thanks!!!

What a great leasson

You are one of the best things that God created :) Thank you brother.

I am working on similar models and trying to reproduce results provided in the journal paper. But while using beam size less than 1mm. I used to get very high temperature values. Can you provide any suggestions?

good

amazing

I have abaqus 2023le (learning edition) and it does not perform abaqus verify -user_std and exp commands. What is the solution? Is there anyway I could get a standard version of abaqus without cracking or using illegal source?

Is modal analysis did in Ansys is acceptable? Any acceptance criteria? What is allowable deflection /stress criteria?

Thank you for this vidéo i have à question which curve we can plot in this simulation exept force-displacement ????

explain how to interpret those results.

Thank's sir great job 👏i have a problem how can i contact you please

Thankyou so much sir

Sir while. Abacus_v6 envy file while saving says you don't have permission to open this file see the owner of file or an administrator to obtain the permission plz help

Thank you for the very nice explanation. The vibrations amplitude after 190th step is still the same which seems wrong. It should be decreasing as a real case scenario.

Hi, in abaqus in CP the results like stress are displayed in the local coordinate system of each point. Do you know field lf stress in the gui are then in the global coordinate system

thank you sir!

Thank you for the video.. Please post more videos.

thank you so much! the best and most understandable explanation I have ever seen on this topic! respect from China!

Hello sir, I'm getting some error Found C:\temp\verify. All verification files will reside in this directory. Old job files exist. They will be moved to verifyOLD. ----------------------------------------------------------------------------- Abaqus/Standard with user subroutines ...ERROR Abaqus did not complete successfully. Please see std_user.log for details. Continuing... ----------------------------------------------------------------------------- Clean-up... Job files exist. Verification directory C:\temp\verify will not be deleted.

Could you please tell how to apply a Gaussian heat flux?

Great video! I was wondering if there is any way of turning the reinforcement material into voids? I'd like to take the inclusion spheres and remove the geometry from the matrix cube. Please let me know if this is possible/ if there is a youtube video on doing so.

Instead of the inclusion material being a fiber or reinforcement material is there a way to make them voids? I would like to take all of the inclusions geometry and remove it from the matrix cube, how would I go about doing this/ is there any youtube videos on doing so?

Hi, I need little kindly help me to resolve this issue. I am trying to get results in Static structural when I applied load and boundary conditions my force is not moving in whole body. It stops after a while these messages popped up on my screen. Kindly help me to resolve this problem. 1. One or more Contact Regions have Contact Shell Face or Target Shell Face set to Program Controlled. This can adversely affect performance when writing the input file. Consider displaying element normal and selecting either Top or Bottom shell face. 2. The model dimensions in the solver unit system were determined to be very large. This may lead to numerical accuracy issues. Check results carefully. 3.An overlap is detected between one or more contact regions and boundary condition(s) applied to your model. Hence Augmented Lagrange formulation is used as the Program Controlled option for those contacts.