Bernoulli was a person, but in this context I am talking about the steady state energy equation - see this video for details: th-cam.com/video/mpsm7GRyaHs/w-d-xo.html
It is an empirical parameter which is intorduced to take account of energy losses - for the idealised case the coefficient is one. Thus, for a real weir we haev to calibrate to find cd.
Please someone help me out, I have a tube well with 3 inches delivery and water is pulled by a 7.5 hp submersible pump system. What I am planning to do is to reuse the water force which falls out and to produce electricity or mechanical power. What output can be obtained and which system is more efficient, micro hydro turbine or a propeller.
excellent explanations! I wish I had such an articulate professor when I studied open channel hydraulics at university.
Thanks 🙂
Shukran jidan!
thank you professor,subscribed
Why is density not included in the Bernoulli equation?
P/dg=H-z1
See th-cam.com/video/mpsm7GRyaHs/w-d-xo.html for a full explanation - density does appear in the equation!
Thank you so much
what is bournolis ?
Bernoulli was a person, but in this context I am talking about the steady state energy equation - see this video for details: th-cam.com/video/mpsm7GRyaHs/w-d-xo.html
Anyone know where the coefficient of discharge comes from… seems to be one of engineerings finest mysteries
It is an empirical parameter which is intorduced to take account of energy losses - for the idealised case the coefficient is one. Thus, for a real weir we haev to calibrate to find cd.
Please someone help me out, I have a tube well with 3 inches delivery and water is pulled by a 7.5 hp submersible pump system. What I am planning to do is to reuse the water force which falls out and to produce electricity or mechanical power. What output can be obtained and which system is more efficient, micro hydro turbine or a propeller.
Wouldn’t be worth the power you created
@@RMORG12999 shut up and help
Thank you prof
P/dg=H-z1