Euler's Equation of Motion | Fluid Mechanics

[@Yajurshridhar]

great video ! helped me understand the whole concept in just 4 mins

[@ramakrishnaryali5838]

The lectures on fluid mechanics are helpful to me. Keep it up.

[@MechTechSimulations]

Thank you for your support!

[@Tclack]

Definitely one of the most straightforward derivation. Thanks for sharing

[@MechTechSimulations]

Glad it was helpful!

[@Tclack]

I have to follow up. I'm noticing something I didn't catch before. At around 2:18, you subtract the mass projected in the s direction. At this point in the video, mg (pgdsdA) ought to be the hypotenuse of the triangle. But then later around 3:43, the drawn triangle shows ds as the hypoteneuse and dz as the vertical component. I know the equation is correct, but I can't find the discrepancy. It doesn't seem correct though that we can "flip" these triangles or guarantee they are similar triangles

[@sivaganeshm2978]

Most under rated video. Good explanation

[@MechTechSimulations]

Glad you think so!

[@alaajaleel8583]

can you please explain the Navier-stoke equation

[@khalidteen]

Realy i didn't understand it before , thanks a lot.

[@MechTechSimulations]

Welcome..

[@cck0728]

Excellent video. Can anyone please explain chain rule @ 2:55. Thanks in advance.

[@kevingorgealex5095]

So clear and concise . Really helpful. Thankyou.

[@MechTechSimulations]

Welcome..

[@143mathematics]

very good explanation and nice understanding of the topic.subscribed

[@MechTechSimulations]

Awesome, thank you!

[@vijay-ko4kd]

Vera level xplanation keep it up clear understanding ❤️❤️❤️

[@MechTechSimulations]

Thank you..

[@lycan7743]

Great video , would have been better without music..

[@MechTechSimulations]

Sorry for that

[@sakurafanityOTHREE]

Thanks to you, I understood it easily!

[@MechTechSimulations]

Glad it helped!

[@khajrymariam718]

Sir, what are the fundamental equations of motion describing the fluid flow? I am new in this topic

[@MechTechSimulations]

The basic equations are Continuity equation and Momentum equations. Continuity equation is the mass/volume conservation equation. Momentum equation is the conservation of momentum in X Y and Z directions.

[@anishthapa9081]

simple and clear.

[@MechTechSimulations]

Thank You..

[@rjaph842]

Please explain why the change in pressure is given by (dp/ds)×ds

[@MechTechSimulations]

Dear Japhet Kipkorir Rotich, the change in pressure with respect to change in space (element length in this context) is represented as (dp/ds). Hence the length of the fluid element is taken as ds, it is multiplied by ds.

[@rjaph842]

@@MechTechSimulations A response much expected.i needed clarifications only.much thank you Mech Tech.That video is the best.it has significant impact

[@just_chill_out_]

great explanation

[@MechTechSimulations]

Glad it was helpful!

[@naqeebkhankakar8908]

Wow wonderful information

[@MechTechSimulations]

Thank you for your appreciation.

[@rainbowzdraws1629]

Thank you so much, this really helped me understand Euler's Equation for Fluid Motion for my first research paper!!

[@MechTechSimulations]

Thank you..

[@adtucivilengineering4452]

best explanation.. thank you

[@MechTechSimulations]

You are welcome!

[@vinitpatil8755]

well explained

[@SaiKrishna-pg7kz]

Why pressure is incresed at top

[@MechTechSimulations]

It is not increased, it denotes just a change in pressure.

[@michaelthomasrexf6217]

Nice explanation sir.. Kindly upload more videos on Fluid Mechanics....

[@henrycoldrain8151]

Kudos to you

[@MechTechSimulations]

Thank you Henry

[@moazsalem3488]

why force due to shear stress is not there F= taw * surface area

[@MechTechSimulations]

We are not dealing with shear stress. We consider only force due to pressure and gravity.

[@AbdulJalil-st5rc]

VERY SIMPLE

[@MechTechSimulations]

Thank you Abdul Jalil

[@VANIMANCHALA-up1jc]

Thank you soo much

[@MechTechSimulations]

Welcome 😊

[@kajtek141022]

thx - symbols are a bit unintuitive to me but still good work

[@entrancetocivilengineering3155]

Good

[@MechTechSimulations]

So nice

[@zaferhaj8114]

For me, it was very helpfull, the soud is wierd tho.

[@MechTechSimulations]

Thanks for your comment. Do you mean the background sound or the voice itself?

[@zaferhaj8114]

I mean the voice, its like a machine, why dosn't a normal person speak instead?

[@MechTechSimulations]

Yep.. Let me try my own in next video!

[@arjunkc3227]

Why do you need sound or accent as long as you understand what they are trying to say.

[@Uedjat]

Monster ! Nice vídeo.

[@MechTechSimulations]

Thank you.

[@tomhanks7531]

LA ❤️