@@SanthoshKumar-ge9sq thank you for your kind reply sir. However this link is not opening as it requires customer login I'd. Can you please email me this tutorial in pdf form on er.chetangaonkar@gmail.com. Thank you in advance
Hello sir, this was a simple muffler problem for TL. I want to perform the same for complex geometry mufflers which has partitions, baffles & extended perforated pipes, can you please share any tutorial on the same??.
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Hello sir. Found this video very useful. I wanted to know if you have any tutorials for complex muffler analysis (considering the mean flow).
Mean flow can be accounted. An Example:
ansyshelp.ansys.com/account/Secured?returnurl=/Views/Secured/corp/v201/en/ans_vm/Hlp_V_VM297.html
@@SanthoshKumar-ge9sq thank you for your kind reply sir. However this link is not opening as it requires customer login I'd. Can you please email me this tutorial in pdf form on er.chetangaonkar@gmail.com.
Thank you in advance
thanks for very helpful tutorial, i have generator room to make it acoustic analysis, i will pay for that if you guide me...
Sir, why is the frequency taken in range of 1000-2000 Hz? And what is the criteria for taking frequency in a muffler analysis?
Hello sir,if in example if we dont have long constant tube instead we have 2 different tubes for inlet and outlet how to select inlet and outlet port
why did you assume the same sound velocity to the foam and air?
Hello sir, this was a simple muffler problem for TL. I want to perform the same for complex geometry mufflers which has partitions, baffles & extended perforated pipes, can you please share any tutorial on the same??.
See comsol Multiphysic
@@nkatiyar_IITK Thanks for reply, but i want to do this in ANSYS only. Can you share how to proceed.
@@rajatkasliwal6271 I am having the same problem Rajat. Do reply if you got to learn how to do it
What is the name and version of the extension used in the video?
It can be downloaded from Ansys customer portal.
No, procedure for TL calculations of plates is slightly different. An example is provided in Ansys Mechanical Acoustics Training course material.
@@SanthoshKumar-ge9sq sir if possible kindly email this ansys acoustic training material on er.chetangaonkar@gmail.com
Thanks in advance
Would you please upload the used extension file
Sir, from where I can get geometry??
You may ask questions here, if any.
sir, what is this surface velocity of? Isn't 0.025 too less?
Name: Acoustics Version: 18.2
Sir, one question. If we use foam, won't it get burnt because of high exhaust temperature???