Subject - Fluid Mechanics and Machinery
Chapter - Inlet and Outlet Velocity Triangles Diagram For Impeller of Centrifugal Pump
Timestamps
0:00 - Start
0:07 - Velocity triangles diagram for impeller of Centrifugal pump
0:24 - Construction and Working of Centrifugal pump
1:35 - Inlet Velocity triangle for impeller of Centrifugal pump
1:51 - Guide Blade Angle at inlet
2:00 - Absolute Velocity of fluid at inlet
2:16 - Tangential Velocity at inlet
2:48 - Relative Velocity of fluid at inlet
3:03 - Blade angle at inlet
3:13 - Outlet Velocity triangle for impeller of Centrifugal pump
3:15 - Absolute Velocity of fluid at Outlet
3:23 - Velocity of whirl at outlet
3:36 - Velocity of flow at outlet
3:45 - Relative Velocity of fluid at outlet
3:50 - Blade angle at exit
3:58 - Tangential Velocity at outlet
4:11 - Work done by impeller of Centrifugal pump
5:18 - Discharge Rate of Centrifugal pump
5:46 - Blade Angle at inlet
5:59 - Blade Angle at Outlet
6:13 - Angle made by Absolute Velocity of fluid at Outlet
6:40 - Various heads connected with Centrifugal Pump installation
6:46 - Suction Lift
6:54 - Delivery Lift
7:03 - Static head
7:19 - Gross head
7:32 - Manometric Head
7:48 - Friction head loss in delivery pipe
8:26 - Relation between Manometric head and work done by impeller on liquid
8:45 - Virtual head
9:06 - Mechanical Efficiency
9:27 - Manometric Efficiency
9:41 - Volumetric Efficiency
9:58 - Overall Efficiency
10:17 - Specific Speed of Centrifugal Pump
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Your Queries :-
What is inlet and outlet velocity triangles for impeller of centrifugal pump
What is the formula for Work done of centrifugal pump
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What is Gross head
What is the formula for Virtual head
What is Manometric Efficiency
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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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