Mtech in Mech. Engg. from NIT warangal.Cleared GATE in 2012 &14, 4 years of teaching expr., attended NPCIL interview​, selected @ wipro

Rishi Parvanda

The course deals with the basic concept of  hydraulics turbine, working principle and its applications.After the completion of the course students would be able to identify between different types of turbines, have good understanding of how to draw velocity triangles and solve numerical  pertaining to it.

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Hydraulic Turbines

Hydraulic Turbine

Turbo Machinery

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

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Overview of the course

General Layout of Hydraulic Power Plant

Heads and Efficiencies associated with Hydraulic Turbine Part - I

Heads and Efficiencies associated with Hydraulic Turbines Part - I

Heads and Efficiencies associated with Hydraulic Turbine Part - II

Pelton Turbine components

Pelton Turbine and its Velocity Triangles

Pelton turbine it's  work done, Runner Power (R.P.) and Water Power (W.P.). Part - I

Pelton turbine it's work done, Runner Power (R.P.) and Water Power (W.P.) Part - I

Pelton turbine it's  work done, Runner Power (R.P.) and Water Power (W.P.) Part - II

Pelton turbine it's work done, Runner Power (R.P.) and Water Power (W.P.). Part - II

Condition for maximum efficiency in the case of Pelton Turbine

Condition for maximum efficiency in the case of Pelton Turbine.

Points to be remembered for Pelton Wheel

Numerical 1 on Pelton Turbine Part - I

Numerical 1 on Pelton Turbine Part - II

Numerical 2 on Pelton Turbine Part - I

Numerical 2 on Pelton Turbine Part - II

Numerical 2 on Pelton Turbine Part - III

Design of Pelton Wheel and numerical on it

Intorduction to Reaction Turbine and its components Part - I

Intorduction to Reaction Turbine and its components Part - II

Introduction to Inward Flow Reaction Turbine

Velocity Traingles and Work done for Inward Flow Reaction Turbine Part - I

Velocity Traingles and Work done for Inward Flow Reaction Turbine Part - II

Velocity Traingle and Work done for Inward Flow Reaction Turbine Part - II

Velocity Traingles and Work done for Inward Flow Reaction Turbine Part - III

Hydraulic efficiency of Radial flow reaction turbine and Degree of Reaction for inward flow reaction turbine Part - I

Hydraulic efficiency of Radial flow reaction turbine and Degree of Reaction Part - I

Degree of Reaction for inward flow reaction turbine Part - II

Degree of Reaction Part - II

Degree of Reaction Part - II and it's value for Pelton Turbine

Degree of Reaction Part - III and it's value for Pelton Turbine

Degree of Reaction for actual inward flow reaction turbine Part - I

Degree of Reaction for actual reaction turbine Part - II and Important terms related to Inward flow reaction turbine Part - I

Degree of Reaction for actual inward flow reaction turbine Part - II

Important terms related to Reaction turbine Part - II and Numerical on inward flow reaction turbine

Important terms related to Reaction turbine Part - II

Numerical 1 on inward flow reaction turbine Part- I

Numerical 1on inward flow reaction turbine Part - I

Numerical 1 on inward flow reaction turbine Part- II

Numerical 2 on inward flow reaction turbine

Numerical 2 on inward flow reaction turbine.

Francis Turbine and Important point related to it.

Francis Turbine

Numerical 1 on Francis Turbine Part - I

Numerical 1 on Francis Turbine Part - II and Numerical 2 on Francis Turbine Part - I

Numerical 2 on Francis Turbine Part - II

Introduction to Outward Flow Reaction Turbine

Intorduction to Outward Flow Reaction Turbine

Numerical on Outward Flow ReactionTurbine

Numerical on Outward Flow Reaction Turbine

Introduction to Axial Flow Reaction Turbine

Components of Axial Flow Turbine (Kaplan)

Components of Axial Flow Reaction Turbine

Numerical 1 on Kaplan (Axial Flow) Turbine

Numerical 1 on Axial (Kaplan) Flow Turbine

Numerical 2 on Axial Flow Turbine Part - I

Numerical 2 on Axial Flow Turbine Part - II

Introduction to Draft tube, it's types and Derivation for input pressure head Part - I

Introduction to Draft Tube, it's types and Derivation for input pressure head Part - I

Derivation for input pressure head (Draft Tube) Part - II

Numerical on Draft Tube

Pursuing Master of Engineering in Advance Production Systems from NITTTR Bhopal ,passionate about teaching and learning new things.

Rahul Choubey

In this course,Rahul will discuss Hydraulic turbines Its classification and detailed description of each turbine with numerical treatment and he will also discuss unique quantities and Specific speed along with numerical associated with it.

(Hindi) Hydraulic Turbines

Believe in being best at what I do. I'm here to help my learners get into their dream MBA College. Completely invested in educational sector

Smruthi L

This video consists of the overview of the entire course structure, specifies the target audience and mentions the chapters covered in the course.

Turbo Machinery for Mechanical Engineering

I always belive that if you have opportunity to grab knowledge just grabe it. i always try to learn something new of my interest. being  an 

Jay Kevadiya

the liquid comes out in the form of a jet from the nozzle. we have to find force components of it. on different plates
1. stationary plate
 a)plate is vartical to the jet
 b) plate is inclined to the jet
 c) plate is curved
2.moving plate
 a)plate is vartical to the jet
 b) plate is inclined to the jet
 c) plate is curved

Lessons

45 lessons • 10h 41m

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Overview of the course

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General Layout of Hydraulic Power Plant

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Heads and Efficiencies associated with Hydraulic Turbines Part - I

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Heads and Efficiencies associated with Hydraulic Turbine Part - II

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Pelton Turbine components

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Pelton Turbine and its Velocity Triangles

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Pelton turbine it's work done, Runner Power (R.P.) and Water Power (W.P.) Part - I

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Pelton turbine it's work done, Runner Power (R.P.) and Water Power (W.P.). Part - II

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Condition for maximum efficiency in the case of Pelton Turbine.

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Points to be remembered for Pelton Wheel

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