important parameter for design of pelton wheel turbine

In this video, I Explained important parameter for design of pelton wheel turbine. Or Design Aspect of pelton wheel turbine. I explained following parameter.
Velocity of jet, speed of wheel, Speed ratio, Angle of deflection, Diameter of runner, Jet ratio, Number of bucket, Number of nozzle, dimension of bucket.
Video link:
Hydraulic Turbine:
Classification of pelton wheel turbine:
Pelton wheel turbine. • Pelton Wheel Turbine
Velocity Triangle, Work done, efficiency and maximum efficiency of pelton wheel turbine : • Velocity Triangle, Wor...
Design Aspect of pelton wheel turbine: • important parameter fo...
Impact of Jet
Introduction of Impact of Jet : • Introduction of impact...
Impact of Jet on Fixed vertical Plate : • Impact of jet on fixed...
Impact of Jet on Fixed Inclined Plate : • Impact of Jet on Fixed...
Impact of Jet on Fixed Curved Plate (Jet Strikes at the centre) : • Impact of Jet on Fixed...
Impact of Jet on Fixed Curved Plate (Jet Strikes at tangentially) : • Impact of jet on Fixed...
Impact Of jet on Hinge Plate : • Impact of jet on hinge...
Impact of Jet on Moving Vertical Flat Plate : • Impact of Jet on Movin...
Impact of Jet on Moving Inclined Plate : • Impact of jet on movin...
Moving curved plate when jet strike at center: • impact of jet on movin...
Impact Of Jet On Moving Curved Plate Strikes One End Of The Tip Tangentially : • Impact Of Jet On Movin...
Impact Of Liquid Jet On Series Of Flat Plate Mounted On A Wheel : • Impact Of Liquid Jet O...
Jet propulsion : • Jet Propulsion
Propulsion of ship : • propulsion of ship
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Every mechanical Engineer need to know
Difference between COP and Efficiency: • Difference Between COP...
Meaning of a in R134a in Refrigerant : • Meaning of a in R134a
Sensible And Latent Heat : • Sensible And Latent Heat
How to make water from air: • हवा से पानी कैसे बनाते...
Difference Between Cooling and Refrigeration: • Difference Between Coo...
Hydraulic Ram : • Hydraulic Ram
Hydraulic intensifier • Hydraulic intensifier

[@subhasismaity9434]

Very very useful to do short Notes and very easy way to understand without mugging . I am searching such type of Turbines and pump videos for competitive engeneering exam purpose.Really your explanation is very good 👍🏻👍🏻. Thank u so much 😊

[@eshk5986]

Explained everything so simply.. thanks a lot for this video

[@bestmechanicalengineering]

Welcome.
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[@saurabhnangare2087]

Thank you so much for such a useful information

[@bestmechanicalengineering]

Welcome. thank you for comment.share video and channel with your friend.

[@giddileninreddy9290]

Excellent sir! I felt that, it would had been better to repeat to display the diagram of bucket with dimensions, again in design.

[@bestmechanicalengineering]

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[@hamidesmaeilikhoshmardan8480]

tanx a lot. but can i know how to design best bucket for max hydraulic efficeincy?

[@albertjoseph5808]

Length is always greater than width then how we can say that length of bucket = 2d to 3d and width of the bucket is 3d to 4d? Plz rly

[@dikshantsharma3038]

Thanks sir 😀

[@bestmechanicalengineering]

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[@_MdNizamulHaque_MANAKIN]

Nice

[@Garthinyus]

At 3:55 what does N represent? Thank you!

[@pradipadhav8616]

नमस्कार सर
20kw साठी पेलटन व्हिल चा डायामिटर किती येतो कळवा तुम्हाचा मित्र प्रदीप