Modal Analysis of PLate in Ansys 19 (Natural Frequency, Resonance, Vibration)

[@Adarshm6]

Your way of explanation is very good 👌🏻

[@chrispaul7142]

Do you have a reference for your analytical equations that you could share?

[@ilgndogruer2923]

Great content, thank you!

[@AmanYadav-uc8wv]

Thank you, Meric!

[@manovas1731]

Thanks for your video In my case, i have to apply a frequency vibration 18 kHz at centre of the plate. Then find the vibration path of maximum peak to peak amplitude from center point to edge of the plate.

[@narasinghaseth5306]

Thanku very much sir.... That's a very informative video and very well presented as well.

[@mericbuyukkoyuncu385]

Thank you for your nice comments

[@pilotsiri2722]

Thank you for the great video! Your guide helped me a lot! :-) Keep going!

[@mericbuyukkoyuncu385]

Thank you for your nice comment

[@wxli4246]

@@mericbuyukkoyuncu385 really nice thank you

[@204-satyamthakuri4]

thank you i had only one hour to do the assignment this made it short for me

[@aysegulalyamac6833]

Perfect!

[@hemantgurve8986]

Thankyou sir How to do calculation for Stiffened plates for modal analysis?

[@mericbuyukkoyuncu385]

Tough topic

[@songulacar3461]

Hello Meric, your videos are really helplful! thank you very much for your efforts. Could you please mention which way should be followed for "stiffened plates"?

[@mericbuyukkoyuncu385]

Thank you for your kind comments. Same one that I applied in the video. Just define the boundary conditions and go ahead. But it is really complex to make these analytical calculations for the stiffened ones.

[@songulacar3461]

@@mericbuyukkoyuncu385 does it matter if the model is shell or solid?

[@mericbuyukkoyuncu385]

@@songulacar3461 I don't think that it matters. Just apply the boundary conditions and solve it. But analytical formulations should be changed. I need to check it.

[@yusufahmed857]

@@mericbuyukkoyuncu385 hello Meric. your video is a lifesaver. Please were you able to find out for shell or solid

[@fatimazahra-dp9lw]

Thank you very much, can you calcule this of the wind turbine.

[@Rabianurguven]

hmm, I have a drone frame and I don't want to resonance it with my 4 motors (165hz) frequencies. Which one (6 natural frequencies) frequence I can consider?

[@umanggupta950]

Hey Meric, i am trying to following your steps. but the simplysupported boundary condition is grey/shadowed and therefore i cannot insert it. do you know what can be the cause? i am using Workbench 2019 R3

[@mericbuyukkoyuncu385]

Hello, Are you using solid model or shell model ? If you are using solid model, you may not see.

[@umanggupta950]

@@mericbuyukkoyuncu385 how can i select/ change to shell model ? I just generated the geometry and followed your steps. in solution it says solid186 Elements.

[@umanggupta950]

@@mericbuyukkoyuncu385 and actually my final goal is to find frequencies of a plate in water. Do have any idea how one can do it?

[@mericbuyukkoyuncu385]

@@umanggupta950 hello, In design modeler, go to the concept and extrude your sketch by using "surface from sketches" option. Like in the video. That makes your model shell

[@mericbuyukkoyuncu385]

@@umanggupta950 I do not have knowledge about under water situtation. You need to check the literature. But I think, natural frequency will not change if your boundary conditions are the same. Probably harmonic analysis will be different.

[@BharathKumar-pw2xw]

hi meric, could you compare the external force = first natural frequency to form a resonance i am interested to see the failure of the plate .please guide me

[@kartikonugroho6421]

Hello, i have a question about modal analysis in ANSYS. How Different running modal analysis with pre stress static structural and non pre stress static sturctural?

[@shreyasalagundi8901]

it is a perfect video and explanation is very good. thanks for this video. It would be very helpful if you could do video on modal analysis with different edge condition. I am searching such content from long time and unable to find it. please consider this as my request.

[@mericbuyukkoyuncu385]

Thank you for your nice comments, I added this topic to one of my next projects.

[@shreyasalagundi8901]

@@mericbuyukkoyuncu385 thank you sir. Currently I am working on my Mtech thesis and I was about to quit this concept but just now I found your videos and inspired not to quit.. thanks a ton...

[@mericbuyukkoyuncu385]

@@shreyasalagundi8901 Thank you Dear Shreyas, I am very happy when my videos helped and inspired my subscribes.

[@alfiyarazak5259]

How to apply a force in this case?

[@hosseinlotfi1004]

thank you, very useful

[@vamsichunduru9806]

why did you select total deformation 4 for mode(1,2). Doesn't total deformation 4 won't be mode(4,1) ??

[@mahdimusapour6744]

very good😍

[@phaniinfotech]

hi sir nice video great stuff can you please explain the calculation of modal analysis for rectangular hallow box of aluminium materal

[@esayaslshirko4114]

Thank you sir

[@shehrayaryousafzai2732]

If i wanted to the bussiness with you how can i contact you

[@getfitwithAbhaya]

müthiş

[@AIhistorical01]

👍

[@Rabianurguven]

sonunda bir Türk buldum dedim Ingilizce çıktı :D , neyse ki Ingilizcce biliyorum, teşekkürler

[@mericbuyukkoyuncu385]

Umarım anlaşılır olmuştur:) kolay gelsin

[@PatrickOSullivan-q2d]

i love you

[@shehrayaryousafzai2732]

I have a paid job for you