Francis turbine lecture
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- Опубліковано 7 лют 2025
- The video gives you the basic concepts of Francis turbine along with its vector diagram. It is explained in easiest terms so that every one can understand the concept. please watch full video for better understanding.
even teachers didnt explain in detail like this.thankyou for your valuable explanation
Super sir this is called explanation in UA-cam first time i saw this type of explaining about francis turbine
One of the best lecture on francis turbine. Sir your lectures are very useful for engineering students.....
Sunil Kr. Mehta thankyou very much...lecture on pumps is on the way
your way of explaining is very good and is easy for the learner.
Amazing info. As an indian person your accent is understandable. Maybe u r the first indian i can understand clearly. And of course i have subscribed immediately
Thank you sir.... It's very complicated for me but after vedio I understand about Francis Turbine .... Thanks a lot.....
Kamlesh Singh Patel thankyou for your valuable comment
sir u have great teaching techniques and thorough knowledge of the subject....thank u very much sir for ur contribution
Thanks for your support
it's very usefull to engineering students and easily understanding
Sir it is very simple method m..due to this we better understand the concept of francis turbine..........and ur learning method is awesome 😍😍😍😍
sir your teaching is awesome and very simple to understand please solve some problems on pumps and turbine
sir plz do lecture on kinematics of fluid flow....
francis turbine lecture was awesome.
Your lecture realy helpful to understand in a very easy way sir .. thanks
Surajit Sutradhar watch out for lecture on other topics also when you need it
explained each concept very well.You should keep uploading lectures.Very helpful/
Thank you so much for this explanation.
Greetings from Italy.
Gabriele Donati thanks buddy. be subscribed so that you dont miss any video and feel free to ask for video lectures on other topics
very good lecture....so easy to understand
Sir, you're the best teacher in UA-cam. Thank you so much for the videos.
Please make a video on Reciprocating Pumps
very clear explanation sir...thank u sir keep it continue..
Thank you so much Sir ! it was very well simplified and explained ! but i still have this question : doesn't Francis turbine combine both radial and axial concepts ?
yasmine bouguezine thankyou for yr valuable comment..I will tell you
On turbine well done/installed the water works three or for times!!!!!!..........
Sir your lecture is awesome, it will be my pleasure if you deliver lecture on design on pelton turbine and Francis turbine.
Hydraulic pumps-pumps flow and pressure, pump drive, torque and power, efficiency, types of
pumps-gear, vane, piston; pressure compensated pumps, cavitation and aeration, velocity
triangles, centerline thermodynamic analysis...please do on this topics sir....
SIR your lectures are very useful for us...please upload more lectures on turbomachine part. thank u so much
I really liked your videos. Please upload the explanation of kaplan turbine.
Sir your explanation is simply superb
Sir thank you so much........ You have helped me to learn easily the topic.
very nice video sir... well explained.... sir please make videos on centrifugal pumps and air compressors... thank you ☺
very effective video.....nice work ...keep it up
thank you avishek.
Excellent explanation of Francis Turbine. I want to thank you for this very informative and helpful video. I would like to request you to upload a video about cross flow turbine. Where a multi-stage centrifugal pump will act as water source, flow rate and net head and pen stroke for the turbine. The suction head of the pump will be 1.5 m and the vertical length Between sump level and parallel center line of the turbine runner is 5 m. Please upload a video explaining required motor power and flow rate and head of pump to get 30 KW power output. Thank you.
your lecture very nice to understand the concepts every one
your explanation is very clear and thank u sir
Sravani Venkatadurga thankyou very much...eatch my other videos also wen you need it
amazing i realy liked it
very very helping
neat and clean ..very helpful sir
Excellent explained sir
Thankuuu
Thank you sir, you're actually a god
Brilliant lecture!
Very good lecture. Why you analyze everything for one blade only? Is it not necessary to multiply the power by the number of blades? I understand that almost all blades are impulsed by water simultaneously.
Nice explanation.plz upload more lecture for problem also.
thanks lot professor
Super explanation sir, please solve some problems on Francis n Pelton wheel for gate
Pavan Bhat yes I will do it....watch my lecture series in machine design also when you will need it..your all concepts will be cleared
please can you do an analysis of a kaplan turbine, video helped alot in the understanding of our turbomachinery subject
Actually I'm writing a Francis turbine and pelton turbine report, pelton efficiency is between 50to80 while Francis is between 4 to 17 percent, I don't know what's wrong with the Francis one. I'm thinking whether the we put turbine vertically instead of landscape position matters.
Awesome lecture Bro 👏👏👏👏👏👏👏👏👏
ur videos are vere helpful for me sir.... please do a video on kaplon turbine tooo
Good work easily explained.
Ashutosh Kiit thankyou for your precious comment
thanks about your lecture . can u sir please explain why these runner blades are curved than straight?
+Vijaypaul Siddani I cannot explain you that in video but I will get that thing in the CENGEL fluid mechanics inthe turbine chapter in detail..download the pdf from internet...thankyou
it's so nice. thank u sir :)
great work Sir.
abhishek dogra thankyou for yr support
NIce Video Man...Thanku!!
Thanks a lot for this nice explanation🙏
Thanks for the knowledge.
Very good lecture.....thank you
KD LIN you can comment if you need lecture on other topics
Nice language ,so easy ,thanks
Very good
it is very helpful
thanks you so much
very good lecture sir...!!!
Superb sir
Sir please make videos regarding
Engineering mechanics concepts
Congratulation for the explanation. I have only one question, the direction of the u2 and vr2 are not wrong? the movement of the blade is counter clock so the direction of the speed is the same.
pls make a video on centrifugal pump too...n this video was very much helpful..thank you :)
ok I will make it soon
rohit sir first ur work is the best work so ur greater work sir plz pumps calculation plzzzz sir kk lvuuuuuuu so much n tquuuuuuuu
Many thanks you helped us a lot
Thank you for this intro to Francis turbine. Is there any way to discuss cavitation and, more importantly, swirling flow effects on Francis turbines too?
Best lecture
sir i really appreciate your work...kindly help me about mechanical working of this francis turbine...means rotAr and stator blades...which kind of blades used??
i wanted to ask you , can you put the whole design of a turbine impeller ? and the formulas to use to design the vanes and the hole tyrbine .
Well explained sir ❤️
excellent explanation bro
Great explanation on all the velocity components. Can you make more videos on turbo machinery?
nicely explained sir ... tq .
get ready for the lecture on air conditioning and refrigeration
Sir .... Please make a Video on Centrifugal pumps Problems
valid info. keep it up, try to do it for pumps also.....
thank you..yes I shall give
Hi Rohit! Very helpful video. Can you please discuss some of the losses in the Francis turbine?
Can i know about the pressure difference on blade how it occurs and helps to rotate and why it is called reaction turbine???
Amzing lecture sir. Please upload on centrifugal pump
It is already there
You search centrifugal pump lecture.. First video you will GEt mine
Thnks for reply sir
Sir my question is regarding turbochargers used on automobiles . The turbine side on a turbo is similar to or basically is a Francis turbine right ? My goal is to amplify boost and I was planning on using nozzling to do so . So my question is ..is it advisable to increase the velocity of the exhaust gas which will enter through the penstock ? Plz respond
I won't be able to answer you this question. Thank you. But I m understanding what you r trying to ask.
But I can say one thing that increase in velocity of the exhaust gas by nozzling will help you to amplify the boost by small extent
Okay thank you sir .
i am a bit confused on draft tube!!!! How does it helps in avoiding cavitation????
very nicely explained, keep it up bro!
thank you very much bro..thanks...
What is the difference between flow velocity and radial velocity in case of a reaction turbine?
Very very inspiring sir
Thankyou very good video
very well explained thank you
Sir...thank you but how to do do problems when questioned like to design a turbine for radial discharge
You are great
Teaching at other level😮😮
Thanks a lot😍😘
nice lecture. Can you please explain something about meridian velocity?
do Francis turbine and a gas in flow radial turbine have the same concept ? ,,,, What are the Shroud and the hub of the turbine
Sir.... Give lecture on degree of reaction of francis turbine and conditions for maximum efficiency of turbines
Sir, why the direction of tangential components is different at inlet and out even when rotor is rotating in one direction only
what is the difference between u1 and u2? are they both equal to tang vel of runner
Very good explain.
Sir how to calculate the runner velocity u since it is split into two components
15:52 It's not the resultant. v1 is the resultant of u1 and vr1.
Yes you are correct. Vr1 is the relative. V1 is the resultant
sir what is the relation between Vf1 and Vf2 because in some question i found that Vf1 is equals to Vf2 for francis turbine...
I am proud to you
Times for indian thank you sir. Thank you very much
Excellent Sir
sir plzz explain outward radial flow turbine working... means from where water came into runner and exit...??
nice explain sir
plz upload derivation of all the turbine
Good explaination
Why the direction of velocity of blade at exit section is in opposite direction as shown in fig?
Sir very very very good
when you will upload lecture on kaplan turbine?
Nice 👍
Sir at 18:53 how The direction of tangential velocity of vane (not tangential component of resultant velocity) at exit of the turbine( u2) is horizontal?