in this video derive the expression for viscous flow in circular pipe. and derive expression for velocity distribution, shear stress in pipe, and discharge in pipe.
#TASEEN Generally I'm uploaded videos related to mechanical engineering stream. So I'm not sure that for uploading video of numerical problem of physics. 😊
thanks sir ji aap ke samjhane ka tatika bahut achchh h jisse jaldi samjh mai aa jata h thank you so much sir ji
Welcome brother
Super video 🤩
Thanku sir
Welcome 😊
Super
thank you sir
Easy to understand....thnks😁
Always welcome somya.🤗
Good work👍
Thank you
proud to be an engineer 👌😊
because an engineer is able to do everything in the world
Yes brother
🙏🙏
@@TECHNICALCLASSES_TC bhai mechanical se engineering ki thi
Haan ji bhai
Keep it up bro
Tnq broo....
Shear stress distribution in viscous flow through circular pipe is
Same through out the section.
Is this right?
No it’s different
Bhai me R.K bansal se pad raha hu isme Umax or ū ki value negative de rakhi h???
Bhai mn dekhi nahi hai book
Sir i have a doubt .For discharge ,why did we take 2pi r.dx for area and not pi.r^2.?
Please do clarify Sir.
Ring ka area
Okay Sir...Thank u very much...👍👍👍
Sir derivation of poiseulles equation kare sir
Mtlv bro... Kya khna chahte ho plzz explain..
@@TECHNICALCLASSES_TC Sir make a video on poiseulles derivation.....for degree
Okay #TASEEN
I will make video on this topic in 2 to 4 days.
🤗
@@TECHNICALCLASSES_TC oh, thank you for your instant reply and also make for numericals in physics.i am in first year
#TASEEN
Generally I'm uploaded videos related to mechanical engineering stream. So I'm not sure that for uploading video of numerical problem of physics.
😊
This process is wrong
glt padhara
u ki value negative mein h bhai
Bhai book padi hai 🙄🙄
@@TECHNICALCLASSES_TC hum b book ka he btare.. boundary condition lagani hoti h.. u ki value - sign mein aati h