Відео

@@-EdiSurantaSembiringhello, If required by the company, I can complete the task within one or two months.

@@BOUVANESH hello. I performed this simulation with comsol and you can find it in my Playlist. Unfortunately, I haven't performed it with ansys.

Hello, As i split the body and specify poroacoustics, you need to separate the cylinder and add a background pressure and PML because they are domain. This process is the same as this example, except you have to specify PML and background pressure instead of poroacoustics domain.

@@caewitharminhashemi yes sir, thank you i did that. now again we have to give port boundary to calculate absorption coefficient or any other additional variable or setting required?

You cannot use port and background preesue simultaneously. Using port is more simple than background preusse to calculate absorption coefficient

@@nazaninkarimisedigh5992 you're welcome. This is watertight workflow. You can find it in Fluent with fluent meshing

Hello. Unfortunately, I have not encountered this error yet.

@@AydaBouaziz-lj8wp hello. One day, I will record a video

@caewitharminhashemi It would great if you could apply J integral in case of 3D also

@@ابراهیمحسنی-م5ش این مثال‌ها تخصصی هستند و اصولا آموزش ندارند. خیلی هم زمان‌بر هستند. مسائلی که گذاشتم تخصص خودم است و قبلآ کار کردم

@@ابراهیمحسنی-م5ش سلام، متاسفانه فارسی اصلا بیننده نداره. برای همین ویدئوها انگلیسی هستند. البته زیرنویس فارسی دارند. هرکدام که نداشت شما بگید تا زیرنویس فارسی هم اضافه کنم

@@caewitharminhashemi ممنون حرفتون درست ولی خوب دراز مدت هم بعد نمیشه همین ها رو ترجمه کنید به هر حالل ممنون

@@ابراهیمحسنی-م5ش اکثر ویدئوها زیرنویس فارسی دارند. فعلا امکان دوبله ویدئوها نیست. اگر یوتیوب اضافه کنه حتما این کار را میکنم

@@aminghasemzadeh5462 سلام، می‌توانید از چند Global یا مثلا point graph در یک 1d plot group استفاده کنید

@@allan-zw1vb you're welcome

I don't understand what you mean

@@RobineSabat hello, you're welcome. In mesh, describe section, you have to set fluid fluid interfaces to no walls. Watch 5:20

@@caewitharminhashemi Yes, I chose yes for "Change all fluid-fluid boundary types from wall to internal", and I still have the same problem :(

@RobineSabat change walls to interface from setup

@@caewitharminhashemi Thank you so much. I appreciate it!

@RobineSabat happy to help

@@이승현-r8i6g there are many videos about it in UA-cam. You can find this analysis in Heat exchanger examples

@@MAJIDMOHAMMADI-tg7eq ممنون. پاسخ شما را می‌دهم

@@guillemdesantespascual1905 you're welcome

@@wanderer8151 hello Thank you for your suggestion

@@bularak22 hello It's simple. You can find it in boundaries

I’m really a beginner with ANSYS. Could you please make a tutorial video for it? I saw a comment where someone else requested it as well.

@bularak22 okay

@@caewitharminhashemi thank you. I really appreciate your response

@@GarshaspKeyvan hello Unfortunately, I haven't tried to plot this results before.

@@NEW-TECH2023 thank you

@@GaddamAshok-j2p hello. Armin.hashemi.k@gmail.com

​@@caewitharminhashemi I'm send gmail please reply

@@muhammadfadil761 it's not my speciality. My fields are sound and vibrations

@@caewitharminhashemi Do u have WhatsApp sir ?

@@TheyCallMeApplePie you're welcome

@@TheyCallMeApplePie you're welcome. I'll upload it soon.

@@MVBMOHDSHADAB I don't know. I'm not experienced in metamaterials.

@@-AJatinsai hello Which error? I don't remember

​@@caewitharminhashemi the error which encountered of undefined variable during transmission loss at 13:32

@@-AJatinsai you should update solution after adding variables

@@caewitharminhashemi sir whereas I was able to plot reflection coefficient

@@arthisp6803 Hi, I don't understand what you mean. You can find interior perforated panel in boundaries

@@caewitharminhashemi It's Micro-perforated panels in an impedance tube. Working using transfer function.

@@arthisp6803 it's a little complicated. You need two probes and interior perforated panel.

@@やや-j9u hello. Of course

@@caewitharminhashemi Can you tell me your email if you don't mind so I can send you a picture?

Hello, this is just a warning and is not important. Don't worry, it won't affect your solution.

Yes, You can use them in all simulations.

@@caewitharminhashemi can u help me sir. how to simulate noise barrier with train noise ? that is, how the noise from the train can be absorbed by the barrier. Can i use the method in the video above to simulate it ? or do u have another releveant video ?

@@muhammadfadil761 if you need to investigate the effect of noise barrier pattern, you have to model it in 3D. 2D model is accurate for non perforated baffles with simple shapes.

@@caewitharminhashemi I have created my 3D model, sir. Does that mean I can follow the method above for my case?

@@muhammadfadil761 yes. Follow these steps. The only difference is that you have to choose 3D space

@@MVBMOHDSHADAB hello, Average pressure over a surface? You can use average integration in non local coupling. Find it by right clicking on definitions.

@@caewitharminhashemi As far as this geometry is concern you used unite operation therefore cannot choose the resonator ( upper cylinder) only. That is my concern. Because Average pressure p_avg=intop1(abs(p)/Vol) here Vol and abs(p) are two variables that we need to provide P can be found by providing the Pressure boundary condition and Vol can be calculated by integrating over the entire domain.

@@MVBMOHDSHADAB I think it's better to use partition boolean and split geometry with a plane. Also, It doesn't affect the results.

@@caewitharminhashemi ohh. Thanks you . I got the point . Now i can try this. If it works i let you know.

@@MVBMOHDSHADAB you're welcome

@@TheyCallMeApplePie hello, thank you for your suggestion. I will record it in my spare time

@@aminghasemzadeh5462 سلام خواهش میکنم. اگر وقت آزاد شد حتما.

@@caewitharminhashemi بسیار عالی موضوع پایان نامه بنده طراحی یک مبدل تانپیلز هست من مبدل رو با مدار معادل شرمن باتلر بهینه سازی کردم که بیشترین پهنای باند رو داشته باشه بعد مبدل بهینه شده رو با روش مدار معادل میسون مدلسازی کردم الان باید مبدل رو تو کامسول شبیه‌سازی کنم اگر ممکنه می‌خواستم از شما راهنمایی و کمک بگیرم تشکر

@@aminghasemzadeh5462 من زیاد آشنایی با کار شما ندارم. ولی ایمیل و تلگرام من توی سایت هست. میتونید پیام بدید

@@zahraelyasvand6056 thank you

@@muhammadnisarqasim636 Hello, unfortunately, I don't know. My expertise is in mechanics, so it would be better to consult someone with a background in electronics.

Hello. The absorption coefficient in the JCA model depends on five parameters. If you adjust any of these parameters, the results will change accordingly.

@@caewitharminhashemi Thanks for the reply and this video. I was searching for a tutorial in internet. This video helped me to learn numerical simulation.

@@SumandeepSinghRana you're welcome.

@@the24thintrovert okay. Thank you for your suggestion

There is a circle with a diameter of 2 meters, which is far from the center of the propeller.

@@k.m3129 of course, I will record a video about it in the future

@@abderrahimbarhoumi9003 you're welcome. I haven't any experience in nanotubes. If your model is prepare and has some issues, email it to me and I'll check it

Hello. I haven't calculated before. You should look up in books.

@@caewitharminhashemi Yes sir analytically i can do. Thanks for your guidance.

Hallo. Thank you for your suggestion. These models are very time-consuming and have few viewers because they are specialized.

@@caewitharminhashemi Thank you very much for your attention! <3

Hello. Check yplus it must be below 2. What is your fluid model?

Hello. I did understand. What do you mean source is outside the domain?

@@chris57926 you're welcome

@@juanmanuelorlandomelidoni9110 I think you forgot to enter pressure amplitude in the inlet port

@@caewitharminhashemi No its defined as 1Pa

@@juanmanuelorlandomelidoni9110 unfortunately I have no idea

Of course. I have a video but it needs edit. I'll upload it ASAP

All boundaries are rigid by default in acoustics system. No need to define rigid boundaries

Another question sir. Is it possible if i apply surface velocity and radiation boundary at the inlet face? Or we can ignore it?

@@nurulsyafina1086 absorption coefficient is independent of inlet. Port boundary is defined to calculate absorption coefficient and no need to other boundaries