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Creation of Cycles for Mobile Power Plants

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Presentation on theme: "Creation of Cycles for Mobile Power Plants"— Presentation transcript:

1 Creation of Cycles for Mobile Power Plants
P M V SUBBARAO Professor Mechanical Engineering Department IIT Delhi Work on A Blue Print Before You Ride on an Actual Engine... It is a Sign of Civilized Engineering….

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3 Yamaha Yzf R15 Specification
Engine Type : Liquid cooled, 4stroke, SOHC Engine Displacement(cc) : cc Compression Ratio :10.4:1 Maximum Power : RPM Maximum Torque rpm Air fuel ratio = 14.7:1 Calorific value of gasoline = 45,200 kJ/kg

4 Parameters Characterizing the Effect/Caliber
Maximum Power : RPM Maximum Torque rpm

5 Parameters Causing the Effect
Engine Type : Liquid cooled, 4stroke, SOHC Engine Displacement(cc) : cc Compression Ratio :10.4:1 Air fuel ratio = 14.7:1 Calorific value of gasoline = 45,200 kJ/kg

6 The Ideal Cycle

7 Carnot’s Quick Conclusion to Mundane Problem

8 The Carnot Cycle for I.C. Engine

9 Displacement Work Devices
Intake Stroke Combustion Products Exhaust Stroke Power Stroke Air Compression Stroke

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