วีดีโอ

Hello sir can you share the excel which calculate the zcf and life for learning

Please send your contact number

Very helpful video

Sir what exactly the material properties Sherlock consider, i have seen the pcb once taken in Ansys mechanical it shows isotropic only

Hi, I've conducted the same analysis as you, but I'm unclear on how you applied the boundary conditions. With the boundary conditions you used, I'm seeing no deformation, stress, or contact pressure. Could you please clarify where on the part I should apply the load, pressure, or displacement?

I am research scholar and I need your help and support in my work

Very helpful video

Hi, your contact details please

Sir, Can you share the excel which you showed or worked on in this video?

Sir. How can one compute coupled and uncoupled acoustic impedance using Ansys?

hello is available for thermal analysis

Thank you for explaining the procedures in detail. Can you please provide the geometry? So that we can try out at our side?

59:00 - Ogden Model

Also I think if you can use only import os and use os.("path\Cpython.exe", -run file.py) to run Cpython files

Actaully I just tried to used the same appraoch to call matlab and mathematica file in ACT. Using OS and the exe file to run your script.

How is the relation, 2:4 between static and modal?

Hello, dear Santosh Kumar. Can you give your email address to talk about acoustics at Ansys? Thank you in advance for the answer.

thanks for very helpful tutorial, i have generator room to make it acoustic analysis, i will pay for that if you guide me...

Hi, Could you please share the video for Norton Creep model, I tried but could not find it. Thanks in advance! Kind regards Chandra

How can I contact with you for a short chat?

Hi Santhosh sir... how can I contact you??? I am performing modal and harmonic analysis of a dam structure using an acoustic medium on the upstream face. Need help...

Hi Santhosh Kumar, I have a question, can we run a user defined subroutines in Ansys Workbench with Python(Spyder). Thanks in advance Kind regards Chandra

I am doing dynamic analysis of concrete dam with reservoir as acoustic medium. can anyone help me with the boundary conditions???

Hello Santhosh, First of all, thanks for the presentation! Just brilliant! I’m currently getting into Ansys Acoustics in more depth to solve some muffler and enclosure problems and this will help a great deal! Btw, is the pdf shared somewhere? Or would you be willing to share it otherwise? Best regards!

Dear sir, can we use "mass source" and "incident wave source" together in acoustic excitation?

Sir, 1.can we put sin sweep rate and swept time in ansys ? 2.in n code are we able to get FRF after applying sweep rate and swept time?

Greetings, I am currently intrigued by the prospect of simulating the acoustic characteristics of materials within the ANSYS software platform. Would it be possible for you to furnish me with some ANSYS files analogous to those featured in the video, so that I may have access to informative points of reference? Thank you kindly.

Hi, Santhosh. First of all thank you very much for presenting this tutorial. Very good. What were the measurements of the piece you used? I would like to replicate this example for study purposes.

Hello Santhosh, thanks for the video. My Question refers to the experimental creep data. You have the creep modulus and calculate the creep strain for input into the creep model. Why do you not substract the elastic part? From my point of view your result now contains the elastic deformation from the standard stress-strain curve plus the deformation from the creep modulus curve which also include the elastic part. So is the elastic deformation coming from the standard stress-strain curve now twice in your result? Thanks for your answer

I want to calculate the sound absorption coefficient (two microphone impedance test tube), from one side I have applied mass source (1 unit) and on another side, I have to apply radiation boundary condition/Perfectly matched layer. (at inlet only mass source ).

thank you!

Need help sir!!!!!! how can I contact you ??????

Thank you very much for your effort ! Very intuitive

Amazing video! Learned this previously but it really helped to reinforce the concepts with visual examples!!

thanks a lot,very informative lesson on how to handle non linear material ,solved my lot of queries and doubts regarding how to simulate plastics in ansys.

Dear Santosh, Can we install only Fortran Compiler Standalone or whole? Also, for Visual Studio do we need to install completely or only some standard tools are sufficient, reason for asking is because studio professional is very large (> 40 gb). Thank you very much for your detailed video

Sir can you pls share your mail id

Hello sir can you pls make video on acoustic absorption coefficient calculation for porous absorber using ansys acoustics

Can I have the slides?

Hi, i always have: Equivalent creep strain ratio has exceeded the specified limit value. Since the time increment has reached the minimum value, the analysis is stopped.

Thanks. It was useful

Very informative video..I have one query..Can you please explain how did you define the hit point for the rotating force .

@Santhosh Kumar, thank you for this insightful video. Is there any way to find the accumulated creep strain?

Dont we have to use hyperelastic models for rubber?

Sir, from where I can get geometry??

Thank you for this informative video. Would it be possible to share the CAD file used in this model or if possible to share a link please? Thank you.

Sir, from where we can get sherlock license? Plz guide..

Hello, although I have made your code in order to learn. I do not know what I am missing in the code to be able to see that same illustration of the video, because I only observe the figure already cracked or with the dead elelents, there must be something in the code *DO that I can not perceive . Could you help me . I am new to programming

would you please make a complete set of video covering all acoustic topic from basic to advance level covering analysis in ansys as well for beginners , it ll be a great help

Sir, Can i find creep constants without experimental data?