Rate Change Temperature Respect Crank Angle Ideal Gas Compressed Quasi Statically Piston C Q37037670

The rate of change of temperature with respect to crank angle of an ideal gas being compressed quasi- statically in a piston-

Using MatLAB

The rate of change of temperature with respect to crank angle of an ideal gas being compressed quasi- statically in a piston-cylinder constrained by a slider-crank mechanism is given by: T dV V de dT hA 1 where h is the heat transfer coefficient, A is the wall surface area m is the trapped mass, cv is the specific heat at constant volume, Twat is the wall temperature, k ratio of specific heats (cp/cv),

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