Fuel-ecology assessment of rational number of polygons in exploitation model of reciprocating ICE of vehicle

Abstract

When carrying out a complex criteria-based assessment of ecological safety level of the exploitation process of power plants with reciprocating internal combustion engine (RICE), it is rational to use a mathematical apparatus of a complex fuel-ecological criterion of prof. I.V. Parsadanov described in the monograph and improved in the monograph. This requires the availability of initial data set obtained in experimental or computational studies. For general-purpose internal combustion engines, such as autotactor, not all operating models and testing cycles reflect all features of distribution of technical, economic, and ecological performance across the operating regimes field. Therefore, determining the rational density of the computational grid when receiving such initial data is an relevant scientific task.