Subject - Fluid Mechanics and Machinery
Chapter - Inlet and Outlet Velocity Triangles Diagram For Francis Reaction Turbine
Timestamps
0:00 - Start
0:07 - Velocity Triangles Diagram for Francis Turbine
0:26 - What is Francis Turbine
0:39 - General Layout of Hydroelectric Power Plant
1:01 - Inlet Velocity triangles diagram for Francis Turbine
1:10 - Guide Blade Angle or Angle made by absolute velocity of water at inlet of runner blades
1:29 - Absolute velocity of water at inlet
1:42 - Velocity of whirl at inlet
1:42 - Velocity of flow at inlet
1:56 - Velocity of Blade at inlet or Tangential Velocity at inlet
2:06 - Relative Velocity of jet at inlet
2:12 - Blade angle at inlet or Angle of Relative Velocity of jet at inlet
2:28 - Outlet Velocity triangles diagram for Francis Turbine
3:04 - Blade angle at exit
3:28 - Work done equation for Francis Turbine
3:54 - Formula for Work done per second or Runner Power for Francis Turbine
4:07 - Formula for Work done per second per unit weight of water for Francis Turbine
4:13 - Formula for Tangential Velocity at inlet and Outlet
4:36 - Formula for Hydraulic Efficiency for Francis Turbine
5:05 - Formula for Overall Efficiency for Francis Turbine
5:27 - Working Proportions of Francis Turbine
5:32 - Ratio of width to diameter
5:41 - Formula for Speed Ratio
5:57 - Formula for Flow Ratio
6:11 - Formula for Discharge of Francis Turbine neglecting thickness of blade
6:26 - Formula for Discharge of Francis Turbine considering thickness of blade
6:51 - How to determine Velocity of Whirl at inlet
6:58 - Formula for Guide Blade Angle
7:15 - Formula for Blade Angle at inlet
7:24 - Formula for Blade Angle at exit
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Your Queries :-
What is inlet and outlet velocity triangles for Francis Turbine
What is the formula for Work done of Francis Turbine
What is the formula for Runner Power of Francis Turbine
What is the formula for Hydraulic efficiency of Francis Turbine
What is the formula for Discharge of Francis Turbine
What are the Working Proportions of Francis Turbine
What is flow ratio for Francis Turbine
What is the formula for Guide Blade Angle of Francis Turbine
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Faculty - Shubham Kola ( BE Mechanical Engineer )
Email ID - shubhamkolaofficial@gmail.com
From - Maharashtra ( India )
KZfaq Channel ( Shubham Kola ) - / @ifinfotech
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