A uniform circular tube of bore of radius ‘a’ has a coaxial cylindrical rod of radius ‘b’. Derive the expression for the axial velocity profile, in steady laminar flow of an incompressible fluid under a pressure gradient ??
Does any body know 1. How to find the cracking pressure of the valve. 2. how to find head loss curve of the valve. 3. Minimum Pressure required to open the Valves. 4. Minimum Velocity required for valve performance. I have a 3d model of the dual plate check valve. pls teach me how to find such parameters.
A uniform circular tube of bore of radius ‘a’ has a coaxial cylindrical rod of radius ‘b’. Derive
the expression for the axial velocity profile, in steady laminar flow of an incompressible fluid
under a pressure gradient ??
Moody's diagram par bhi daloo video sir ji
Bahut acha padate hai sir aa aage tak jaenge
Does any body know
1. How to find the cracking pressure of the valve.
2. how to find head loss curve of the valve.
3. Minimum Pressure required to open the Valves.
4. Minimum Velocity required for valve performance.
I have a 3d model of the dual plate check valve.
pls teach me how to find such parameters.
thanks sir for this amazing video
Thanks sir for your help
Tum sirf RUclips se hi study krti ho
Amazing Video
Very good👍👍👍👍
Sir moody diagram, Reynolds transport theory..von karman equation ye smja do sir.. please
Thanks a lot sir
amazing work