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Lecture 01
Definition & Classification of F.M/C, Syllabus overview
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01:17:28min
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Lecture 02
Definition, Force excerted on vertical stationary & moving Flat Plate
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01:05:05min
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Lecture 03
Force excerted by Jet on stationary & moving inclined Flat Plate, Workdone & Power, Force on Hinged Plate
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02:01:08min
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Lecture 04
Force excerted by Jet on a Vertical Flat Plate, Force excerted by jet on Inclined Flat Plate, Force excerted by jet on Hinged Plate
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01:09:01min
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Lecture 05
Force excerted by Jet on Stationary & moving symmetrical curved plate, Jet striking the plate at its center, Force excerted by jet on stationay symmetrical curve plate, Jet striking at one end of the plate
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02:25:47min
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Lecture 06
Force excerted by Jet on unsymmetrical moving curved plate when jet strikes tangentially at one of the tip, Problems & Sulutions
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02:21:09min
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Lecture 07
Force excerted by Jet of water on a series of Vanes, Efficiency & Condition for maximum efficiency
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43:29min
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Lecture 08
Force excerted on a series of Radical Curved Vanes and Flow is inward radical flow, Power & Efficiency
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01:55:13min
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Lecture 09
Introduction of Jet Propulsion, Jet Propulsion of tank with an orific Jet Propulsion of Ship
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01:21:28min
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Lecture 10
Jet Introduction of Ship when the inlet orifices face the direction of motion of the Ship
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55:26min
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Lecture 11
Problems based on Jet Propulsion
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01:20:23min
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Lecture 12
Introduction to Hydraulic Turbine, Advantage & Disadvantage of Hydro Power Plant, Classification of Hydraulic Turbines
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01:25:43min
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Lecture 13
Introduction to Impulse Turbine, Introduction of Pelton Wheel, Velocity Diagram of Pelton Wheel
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01:56:31min
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Lecture 14
Efficiency and Condition for maximum efficiency of Pelton Wheel
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01:16:00min
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Lecture 15
Efficiency of pelton turbine ,Problem based on pelton turbine
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01:43:11min
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Lecture 16
Design aspect of pelton wheel, Problem based on design of pelton wheel
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01:43:03min
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Lecture 17
Governing of pelton wheel turbine, Spear valve, deflector, Surge tank , Specific speed
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01:26:57min
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Lecture 18
Derivation of specific speed, Problem based on specific speed, Unit quantities( unit speed ,unit discharge, unit power
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01:27:32min
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Lecture 19
Model Testing/Model relationship(head coefficient & discharge coefficient and power coefficient), Problem based on specific speed, unit quantities and model testing
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01:44:07min
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Lecture 20
defination of reaction turbine,defination of francis turbine, velocity diagram of reaction turbine and francis turbine ,power developed by francis tubine.efficiency and design aspect offrancis turbine
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02:42:45min
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Lecture 21
problem besed on francis turbine
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43:41min
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Lecture 23
Introduction of kaplan propeller turbine,problem based on axial flow reaction turbine
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01:41:17min
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Lecture 22
problem besed on Reaction turbine,introduction of axial flow reaction turbine
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01:47:45min
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Lecture 24
Introduction of Draft tube, cunstruction of Draft tube,efficiency of Draft tube
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01:55:11min
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Lecture 25
Typs of Draft tube, problem Based on draft tube, surge tank, cavitation ,effect of cavitation
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01:36::32min
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Lecture 26
Degree of Reaction, Euler's equation
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01:19:15min
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Lecture 27
Introduction to Hydraulic Pump, Introduction to Centrigugal Pump, Components of Centrigugal Pump, Working of Centrifugal Pump
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01:15:30min
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Lecture 33
Comparision of Vanes, Effect of Outlet Angle over Need & Discharge
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55:39min
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