Fluid Mechanics: Dimensional Analysis: Buckingham Pi Theorem

Explanation and application of Buckingham Pi Theorem as a method in Dimensional Analysis

[Jon_]

Really appreciate the video, an actually intuitive explanation of the Buckingham Pi Theorem unlike the incomprehensible mess that is the lecture notes by my mechanics professor👍

[rashikanjum]

The video offers the same level of information and teaching expertise as a private tutor I pay monthly for, yet here I am receiving it for free. Thank you very much for this valuable video.

[Astro-gynh]

Actually made this once incomprehensible topic very understandable to me. Amazing job.

[rampradeeps]

Thanku ser, what an explanation
May God bless you and your family 🙏❤️
You are an extraordinary talent
My favourite teacher 💓🤪

[DrAidFawzal]

Terima kasih ilmunya Tuan. Mudah saya faham. Saya ulang kaji balik ilmu² ni. Bila baca penyampaian konvensional yang sediaada, susah betul nak faham. Cara tuan ajar, siap dengan contoh lagi buat senang faham. Terutama untuk orang disleksia macam saya. Semoga diberkati Allah selalu.

[Dylan-mnqv]

At the end would it not be a function of Re^-1? Why is it f(Re) when Pi 2 is the inverse of Re and not Re^-1? Or are they the same?
Great video, much better than my professor!

[sergeydukman]

Why PI1 is the functtion of Re: PI1=f(Re)? Shouldn't it be PI1=f(Re^-1)?
Thanks a lot for the video.

[eggvmof]

in awe of your class, thank you for helping me!

[CM-dxxu]

thank you so much, i was able to understand this in 10 mins thanks to your video! Bless you

[MATHSdotPHYSICS]

Greatest lecture i have ever watched. Thanks

[charlschnetler]

Excellent! Thank you very much for posting this.

[CluckYou]

That was helpful! Thank you so much! Awesome top tier quality production!

[Harshavardhan-esxt]

Very clear and crisp

Wonderful help!!!

[wrpesll]

the best explanation about this topic！very clear！！

[mukhtarabdi]

Thank you so much for sharing us this lesson.

[nabaaali]

Thank you very much, may God bless you all

[edokamichael]

God bless you sir. You have done a great job

[redalreemphasis]

Thank you soo much i really grasp the topic!!! Love it!!!

[arpitashilpuja]

Why have we took Density for mass ? Can we not take Viscosity and drag force as mass is already related to them in case of repeating variables?

[AndSooOn]

Really great Video Sir🙏It helped me a lot