Abstract
In the modern methods of calculating the reciprocating engines there is an assumption that the ideal gas is used as actuation fluid in the cycle that makes the current task much easier however brings sufficient untrueness to the achieved results and mispresents the description of the process itself. It was suggested an algorithm of calculating the thermodynamic cycle through releasing the equilibrium component of the energy flow in the non-equilibrium combined cycle at the cost of accepted concept of the process volume speed as a cycle parameter. The developed method allows to separate the most efficient cycle part and after achieving in the remaining part of energy can be used for ship power plant operation by means of effectively set phase of releasing the exhaust gases.
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