Loss of Head Due to Sudden Enlargement | Head loss Due to Sudden Enlargement | Flow Through Pipe

#headlossduetosuddenenalrgement #pipeflow #fluidmechanics
Loss of head due to sudden enlargement is educational video for better understanding of minor losses in pipe flow.
Fluid Mechanics Chapter wise playlist link is here:
Fluid statics (Pressure Measurements)
• fluid statics, Hydro s...
Laminar flow in pipe (Viscous flow)
• Laminar flow in pipe (...
Notch and weir
• Notch and Weir, Notch ...
Fluid kinematics
• Fluid kinematics, Deri...
Fluid dynamics
• Fluid Dynamics, Deriva...
Total pressure and center of pressure
• total pressure and cen...
Hydroelectric power plant
• Hydroelectric Power pl...
Turbulent flow in pipes
• Turbulent flow in pipe...
Solved example of Turbulent flow
• Solved Example of Turb...
flow through pipe
• Flow through pipe, Pip...
Solved example of flow through pipe
• Solved Example of flow...
Dimension analysis and similarities
• Dimension analysis and...
Boundary Layer
• Boundary Layer concept...
Properties of fluids
• Properties of fluid, F...
open channel flow
• Open Channel Flow, Der...
Motivational video
• motivational video
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[@professornidhitrivedi4412]

Before watching this check out Darcy weisbach equation for head loss due to friction for better understanding...link is given below
ruclips.net/video/6IL0-q3tktI/видео.html

[@civilfactallone6317]

Thanks mam for clearing my confusion

[@edutechguruengineeringlear4280]

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[@thogitiraju.1403]

Superb explanation mam 😊❤❤

[@merahindustan3311]

Mam.. How cute u r and voice too.. Nice explanation.. Thank u so much.....

[@professornidhitrivedi4412]

@Mera Hindustan thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@edutechguruengineeringlear4280]

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[@junaidbashirbhat]

thanks for making it easy and quick... respect +

[@edutechguruengineeringlear4280]

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[@syedmuzzamil7589]

While assessing the hydraulic jump, the net velocity was taken as V1-V2 for determining the rate of change of momentum. Herein, its been taken as V2-V1, though the velocity at section 1-1 is high as the area is low.
Could you please advise on that?

[@edutechguruengineeringlear4280]

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[@magicalmotivation6778]

thanks mam

[@jayakumarvvenkatachalam5262]

can u explain what happens in the eddy region ? with respect to pressure and velocity

[@edutechguruengineeringlear4280]

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[@PRAVEENKUMAR-ke2ol]

Thank you mem

[@professornidhitrivedi4412]

Stay connected to channel 🙂

[@sanjaybhoya2423]

👌👍

[@professornidhitrivedi4412]

@Sanjay Bhoya thank you sanjay 🙂 stay connected to channel 🙂 Do subscribe

[@edutechguruengineeringlear4280]

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