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The compression ratio of an engine operating according to the Atkinson principle with an initial compression pressure of 1 . 0 5 Bar and a
The compression ratio of an engine operating according to the Atkinson principle with an initial compression pressure of Bar and a temperature of deg C is and detonation ratio is under this operating condition. The intake valve closes mm before top dead center. Since the stroke of this engine is mm find the pressure and temperature of the corner points of the cycle, the thermal efficiency and average indicated pressure of the cycle, and the power produced by the engine with a total volume of cc at rpm What will be the power and pressure produced by this engine at rpm when it returns to the Otto cycle? Adiabatic exponent coefficient will be accepted as
The compression ratio of an engine operating according to the Atkinson principle with an initial compression pressure of Bar and a temperature of deg C is and detonation ratio is under this operating condition. The intake valve closes mm before top dead center. Since the stroke of this engine is mm find the pressure and temperature of the corner points of the cycle, the thermal efficiency and average indicated pressure of the cycle, and the power produced by the engine with a total volume of cc at rpm What will be the power and pressure produced by this engine at rpm when it returns to the Otto cycle? Adiabatic exponent coefficient will be accepted as
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