Morse Test Procedure | Indicated power, Brake power, Mechanical Efficiency | Power engineering

Subject - Power Engineering

Chapter - Morse Test steps and Procedure for measuring Indicated power, Brake power, Friction Power and Mechanical Efficiency

Timestamps
0:00 - Start
0:08 - Morse Test Procedure for measuring Indicated power on Multi Cylinder Petrol Engine
0:20 - Step 1: The engine is run at constant speed.
0:29 - Step 2: Brake power of engine is measured by dynamo meter when all four cylinders are working.
0:33 - What is Indicated power
1:12 - Step 3: First cylinder is cut out by short circuiting spark plug.
1:32 - Step 4: Speed falls because of non firing of first cylinder and speed restore by reducing the load on engine and torque is measured.
1:50 - Step 5: Repeat the above procedure for remaining cylinders and calculate I.P. of engine.
3:00 - How to determine Friction Power
3:07 - How to determine Mechanical Efficiency
3:24 - Assumption in Morse Test

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#Indicated_power
#Brake_power
#Friction_power
#Engine_Combustion_working_animation
#Power_engineering
#Internal_Combustion_Engine
#Mechanicalengineering
#GATE
#Mechanicallectures
#Mechanical_Engineering
#shubhamkola

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Your Queries :-
What are the steps involve in Morse Test
What is Morse Test Procedure
What is What is Indicated power
How to measure Brake power Morse Test
How to determine Indicated power Morse Test
How to determine Friction Power Morse Test
How to determine Mechanical Efficiency Morse Test
What is the Assumption in Morse Test

Faculty - Shubham Kola ( BE Mechanical Engineer )
Email ID - [email protected]
From - Maharashtra ( India )
YouTube Channel ( Shubham Kola ) -    / @ifinfotech  

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