Comparative evaluation of options for possible solutions of linear and nonlinear problems of hydromechanics, taking into account the results of forecasting research

Abstract

The problems of analytical and numerical modeling of modern hydromechanical devices of gas turbine engine automation are considered. The convergence of analytical and numerical studies of hydromechanical devices with small and large control signals is shown, and the possibility of obtaining more complete and adequate results when applying algorithmic (computer) modeling is discussed