Can you ask a question .. Hello sir, the smallest turbine, for example. 50 mica The number of meters of water you need per second ... What is the smallest turbine how much is produced in mica
Sir, I have been searching for a youtube channel which will describe the complex functions and geometry of complex machines. Your channel gave me all these information within a short time. Thank you very much. Keep making these kind of videos. God bless you. Love your work.
Invented in Czech Republic, makes me proud because Czech inventors brought a lot of new inventions to the world, as contact lenses for example...also word "robot" was also invented in the Czech Republic...
Me parece un trabajo estupendo y un avance increible. Felicitaciones a la persona o personas que han realizado estupendo trabajo. I find a great job and amazing progress. Congratulations to the person or people who have done great job.
Aw, this was a really nice post. In idea I wish to put in writing like this moreover - taking time and precise effort to make an excellent video however what can I say I procrastinate alot and under no circumstances appear to get something done.
Can someone please explain to me what is the use of the swirl casing for Kaplan turbine. If the end requirements for water entering the runner are to be axial and uniform throughout the perimeter, we can simply put the runner in the pipe from which water is entering the swirl casing. It would reduce pressure loss as well.
I have a doubt here. So, when water comes out from the draft tube into the open atmosphere, what makes sure that the pressure have come down to atmospheric level?? It it the length of the tube or the cross section ? if so then again there is more doubt. The flow rate and flow velocity is variable. If for a certain design, what happens if water enters at high speed (higher than the design speed).
So here is a question, in almost all of the diagrams and videos I've seen, they always have vertical guide vanes, so as my family owns a hydro station for about 50 - 60 years, the first one in 1920's was Francis type with 3 turbines, after the Soviet rule once my family got the property back ( its was taken away because of nationalisation - no private property) we constructed a completely new hydro station with horizontal Kaplan turbine with 300 kw generator. Head is about 7m on low power and 5 m head with for example 6 m3/s would be max power. So our guide vanes are not vertical, they are horizontal but not exactly the guide vanes are about 20- 30 ish degrees against the exit tube, the turbine sits inside a concrete spiral room. So my question is what is the difference in having vertical vs horizontal guide vanes ( I beleave that in a horizontal setting it is Moore optimal for the angle of flow because water doest have to make a 90* turn
you all probably dont care at all but does anyone know of a way to get back into an instagram account? I was dumb lost my password. I would love any tricks you can give me.
@Raul Peyton thanks so much for your reply. I got to the site through google and I'm in the hacking process now. Takes a while so I will reply here later with my results.
Very informative video, thank you. I'd like to know, if you were given a site that have low head and small flow rate, what type of turbine would you use? (besides waterwheel)
I'm thinking of using a jet ski pump drive, should I introduce the water flow thru the original intake? because the impeller blades pitch is reduced going towards the output, what do you think sir
To : Learn Engineering I hope you will explain about , Cross Flow Turbine , Turgo Impluse Turbine, tubular turbine dan bulb turbine. with your awesome animation 3d like have you upload. thanks
Well, this isn't a great description how a Kaplan turbine works. The guide vanes for example, are newer pointing to the center, and the main reason with the adjustable blade is to have optimized trailing edge angle so the flow swirl component from the guide vanes are fully absorbed by the turbine. Half of the static head is converted to velocity when it passes the wicket gate (guide vane assembly) so the water rotates (swirl) when it enters the turbine, this swirl (contains half of the energy) is absorbed and the flow is leaving the turbine in axial direction. The swirl angle changes with the flow rate, so with fixed blade the turbine has a narrow band of best efficiency. So the main different between a Francis and a Kaplan is that the Kaplan has a much wider range of best efficiency owing the ability to adjust its blades and thus absorb the swirl, so 50% of head is converted to rotation that the turbine absorb and discharge axial, into the draft tube. When a Francis turbine operates at full load (BEP is usually 80% of full load) the swirl after the turbine is rotating the opposite direction and therefore the efficiency goes down. I'm an hydropower engineer and have worked many years designing Kaplan turbines at Andritz Hydro.
how about the draft tube? he said that it reduces cavitation, I think that's not the purpose of it, it's actually used to reduce the pressure at turbine outlet for more power generation and its divergent section makes sure that no back flow gets up from the tail race.
Can you ask a question .. Hello sir, the smallest turbine, for example. 50 mica The number of meters of water you need per second ... What is the smallest turbine how much is produced in mica
why we need water at inlet of vanes to be of uniform velocity ?. I know this is the function of spiral casing but if the water strikes the vanes with different velocity the turbine will still work . How will this affect the efficiency ?
How much is this in dollars? The design ... can address the company and know its specifications .. yet it generates electricity and does it have sizes. ... thank you very much ....
Than you Wilson for your well wishes!
Can you ask a question .. Hello sir, the smallest turbine, for example. 50 mica The number of meters of water you need per second ... What is the smallest turbine how much is produced in mica
Sir, I have been searching for a youtube channel which will describe the complex functions and geometry of complex machines. Your channel gave me all these information within a short time. Thank you very much. Keep making these kind of videos. God bless you. Love your work.
EXCELLENT SIR , THE WAY U EXPLAINED AND THE ANIMATION WAS SUPERB MADE EVERY LISTENER EASY TO IMAGINE HOW FLOW WILL BE IN KAPLAN TURBINE.
THANK YOU.
Please also watch this Kaplan turbine working......th-cam.com/video/ak7ZUUiao5o/w-d-xo.html
Invented in Czech Republic, makes me proud because Czech inventors brought a lot of new inventions to the world, as contact lenses for example...also word "robot" was also invented in the Czech Republic...
Me parece un trabajo estupendo y un avance increible. Felicitaciones a la persona o personas que han realizado estupendo trabajo.
I find a great job and amazing progress. Congratulations to the person or people who have done great job.
best channel for engineering students.
This channel is for genius ♥️you channel maker
Please watch this Kaplan video ......th-cam.com/video/ak7ZUUiao5o/w-d-xo.html..... Subscribe also
Best..tutorial Video Ever
This video is simply amazing. Thank you very much!!!!!!!!!!!!!!!!!!!!!!.
This is such a good case study. Thanks
Aw, this was a really nice post. In idea I wish to put in writing like this moreover - taking time and precise effort to make an excellent video however what can I say I procrastinate alot and under no circumstances appear to get something done.
Cut copy and paste ,essay is done 😁
Hard to understand
that was some quality work , good job!
Best engineering videos on your 🙏🙏🙏🙏🔥🔥
Excellent sir ♥️♥️♥️
Very Clear explanation,
Thank you very much!
Thanx ....I understand clearly
✔✔✔✔ I have no words to tell you how much this video helped me!!! 😶😶😶
Nice explanation as always😊...btw saw whatsapp's advertisement!! For first time😄
Very clear working explanation of Turbine
Very precise explanation and informative .
Pelton and Francis Turbine
i love the way he says "velocity"
thank u for this informative cideo.........................................
Excellent!!! for clear kind working
th-cam.com/video/ak7ZUUiao5o/w-d-xo.html
Can someone please explain to me what is the use of the swirl casing for Kaplan turbine. If the end requirements for water entering the runner are to be axial and uniform throughout the perimeter, we can simply put the runner in the pipe from which water is entering the swirl casing. It would reduce pressure loss as well.
I have a doubt here. So, when water comes out from the draft tube into the open atmosphere, what makes sure that the pressure have come down to atmospheric level?? It it the length of the tube or the cross section ? if so then again there is more doubt. The flow rate and flow velocity is variable. If for a certain design, what happens if water enters at high speed (higher than the design speed).
Muy lindo trabajo, very good work, très belle démonstration......
You are the best.. I like so much your videos.. 👌👌👌👍
So here is a question, in almost all of the diagrams and videos I've seen, they always have vertical guide vanes, so as my family owns a hydro station for about 50 - 60 years, the first one in 1920's was Francis type with 3 turbines, after the Soviet rule once my family got the property back ( its was taken away because of nationalisation - no private property) we constructed a completely new hydro station with horizontal Kaplan turbine with 300 kw generator. Head is about 7m on low power and 5 m head with for example 6 m3/s would be max power. So our guide vanes are not vertical, they are horizontal but not exactly the guide vanes are about 20- 30 ish degrees against the exit tube, the turbine sits inside a concrete spiral room. So my question is what is the difference in having vertical vs horizontal guide vanes ( I beleave that in a horizontal setting it is Moore optimal for the angle of flow because water doest have to make a 90* turn
Great explanation. But, artificial voice makes irritating. Please edit the dubbing of video with human being voice. If you need assistance , I'd help.
Englishman ka voice hai
@@shyambabukumarc-0141abe bosdike usne bola Real vouce use karo
Contact me for dubbing projects
The gap may too large between blades and wall.,but if we addon feed back to increase pressure when low density of air in space
The blades are curved incorrectly for downward flow of water. The way they are shown will not result in lift, only reaction.
Very nice and effective far knowledge
Very good animation sir
Neato.
you all probably dont care at all but does anyone know of a way to get back into an instagram account?
I was dumb lost my password. I would love any tricks you can give me.
@Kenzo Misael Instablaster :)
@Raul Peyton thanks so much for your reply. I got to the site through google and I'm in the hacking process now.
Takes a while so I will reply here later with my results.
Awesome explanation
Awesome video, thank you sir
Very informative video, thank you. I'd like to know, if you were given a site that have low head and small flow rate, what type of turbine would you use? (besides waterwheel)
***** Kaplan turbine will be the ideal choice. Please see the video which compares different hydraulic machines.
Kaplan turbine
JYOTHISH KUMAR M jyothish
Very nice presentation , I want to have a similar video on turbine Governing which is a complicated subject.
Not all Kaplan turbines have adjustable blades. Larger units have fixed blades.
Esas se llaman turbinas de hélice.
Do you have any source to confirm that?
Biscuit yes I do.....I build them for a living.
Biscuit well we can build a propeller/Kaplan unit that is adjustable however big they want but as a rule of thumb large diameter units are fixed blade
Fabián Sánchez Ramírez ahh I didnt know that. For me units with fixed blades were just propellers
video is very nice 4r learning d turbine
How to understand the relative velocity what is the purpose of relative velocity
beautiful explaination !
Thankyou it's very useful.
congratulations, great job
I'd rather hear a human talking.
You have to admit, this is better and easier to understand than when you call for tech support.
Pls make video on Francis turbine also.
very helpful and nicely explained..
May I know what generator is use for the kaplan turbine?
Good explaination. Thanks
I'm thinking of using a jet ski pump drive, should I introduce the water flow thru the original intake? because the impeller blades pitch is reduced going towards the output, what do you think sir
better than my professor actually
Very useful video ... Thank You
Which software you used for making this video
Pls i need to know this too
To : Learn Engineering
I hope you will explain about , Cross Flow Turbine , Turgo Impluse Turbine, tubular turbine dan bulb turbine. with your awesome animation 3d like have you upload.
thanks
What is meant by absolute velocity and relative velocity
Absolute velocity (V) , Relative velocity (W).
.yet again..super
it will.be much effective and Easy for the viewer to understand,if you add subtitle
Awesome video.. Thank you
น่าสนใจมาต่อยอดรถยนต์ครับ TOT PowerMax
Very helpful .thanks✌
very nice sir
Well, this isn't a great description how a Kaplan turbine works. The guide vanes for example, are newer pointing to the center, and the main reason with the adjustable blade is to have optimized trailing edge angle so the flow swirl component from the guide vanes are fully absorbed by the turbine.
Half of the static head is converted to velocity when it passes the wicket gate (guide vane assembly) so the water rotates (swirl) when it enters the turbine, this swirl (contains half of the energy) is absorbed and the flow is leaving the turbine in axial direction.
The swirl angle changes with the flow rate, so with fixed blade the turbine has a narrow band of best efficiency.
So the main different between a Francis and a Kaplan is that the Kaplan has a much wider range of best efficiency owing the ability to adjust its blades and thus absorb the swirl, so 50% of head is converted to rotation that the turbine absorb and discharge axial, into the draft tube.
When a Francis turbine operates at full load (BEP is usually 80% of full load) the swirl after the turbine is rotating the opposite direction and therefore the efficiency goes down.
I'm an hydropower engineer and have worked many years designing Kaplan turbines at Andritz Hydro.
how about the draft tube? he said that it reduces cavitation, I think that's not the purpose of it, it's actually used to reduce the pressure at turbine outlet for more power generation and its divergent section makes sure that no back flow gets up from the tail race.
Inspirative video, thanks mate
Dynamo concept drips rubber
thank you admin
Can you ask a question .. Hello sir, the smallest turbine, for example. 50 mica The number of meters of water you need per second ... What is the smallest turbine how much is produced in mica
How much electricity can this generate?
Nalla turbine.
Thank you so much
Way of Learning 👍
please share more about kaplan
Hi can you Tell, How Hydraulic Motor/Pump/Press Works?
Study mechanical engineering
Sir will you Make video on turgo and cross flow turbine ??
Perfect 3am video
good explained
請問那有制本創立动圖
Thankyou so much...
how it is Cross sectional are
Superb.
How does contra rotating propeller work?
great work and thanks..
what is guide vane angle?
165
Is relative velocity is same at all the blade's???
why we need water at inlet of vanes to be of uniform velocity ?. I know this is the function of spiral casing but if the water strikes the vanes with different velocity the turbine will still work . How will this affect the efficiency ?
4 mks question in engineering exam
How's your dam dam going?
How much is this in dollars? The design ... can address the company and know its specifications .. yet it generates electricity and does it have sizes. ... thank you very much ....
please give a new video and more types of knowledge thank you
what is cavitation
undesirable vaporization creats bubbles that damage the turbine elements...
it is explained at the vide named "how does centrifugal pump work"
What is the other 2?
Isnt kaplan an axial flow turbine??
This inlet seems similar to a francis turbine..pls do explain...
Good job
I have a case study in river without dam ( conjunction ) h=6.5 m, Q=(45 to 86) cubic metres
what is the best type of turbine used?
thanks
kaplan is the best for this small head
Thanks 👍🍑
I was not able to buy ur subscription
What do you mean by angle of attack?
please remake this video!!
Tq sir very much
is the direction of 'W' in the velocity diagram correct?
yes, it follows vector law of addition
Please make a real human do the explanation... Its hard to understand the robot's language.
AboveAverage ve
Thanks