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Simple and easy explanation...Sounds like my friend explained me not by a teacher...😂😂
Thanks for this lesson
Sir… if major loss is frictional resistance, which is depending on pipe type and fluid type, then why pressure variation plot along the length of pipe is matching with delta P (pressure inlet - pressure at end of pipe)?
Good sir
How do we know friction coefficient
Its given in examination or sometime we have to assume
what does "g" defines?
Gravity
Excuse me sir, do you have any book recommendation for me to learn more about head losses in pipe? Thanks
Guruh Maulana please refere once R K Bansal A textbook of fluid mexhanics.
Hydraulics and Fluid Mechanics - P.N. Modi, S. M. Seth
@@shrinivasshelge8973 Thank you very much sir!
Sir please upload video on HGL TEL PIPE NOZZLE PIPE NETWORK lecture video
He man are you take fluid major loss two type Darcy and chezy ,wher are chezy 😂 .
I'm your big fan sir UwU
Henlo sir UwU
Simple and easy explanation...
Sounds like my friend explained me not by a teacher...😂😂
Thanks for this lesson
Sir… if major loss is frictional resistance, which is depending on pipe type and fluid type, then why pressure variation plot along the length of pipe is matching with delta P (pressure inlet - pressure at end of pipe)?
Good sir
How do we know friction coefficient
Its given in examination or sometime we have to assume
what does "g" defines?
Gravity
Excuse me sir, do you have any book recommendation for me to learn more about head losses in pipe? Thanks
Guruh Maulana please refere once R K Bansal A textbook of fluid mexhanics.
Hydraulics and Fluid Mechanics - P.N. Modi, S. M. Seth
@@shrinivasshelge8973 Thank you very much sir!
Sir please upload video on HGL TEL PIPE NOZZLE PIPE NETWORK lecture video
He man are you take fluid major loss two type Darcy and chezy ,wher are chezy 😂 .
I'm your big fan sir UwU
Henlo sir UwU