OPTIMIZATION OF WORKING PROCESSES OF GAS ENGINES

The article presents a methodology for formulating requirements for high power indicators imposed on a gas engine and its systems during design to ensure the best fuel efficiency based on the development of scientific and experimentally substantiated methods for increasing the energy efficiency of gas engines. The main provisions of the engine theory are based on thermodynamics, the theory of experiment planning using factor models, correlation theory and methods. Of interest is such a method for increasing fuel efficiency as the use of the Miller cycle, which is used in gasoline engines and stationary gas engines.