Simulation of dynamic processes in mechanical and pneumatical system
Santrauka
The dynamic processes in the drive together with the asynchronous engine, coupling with gas, and mechanical drive are considered in this article. The coupling of this type consists of separate segments, where additional masses are input. There is presented dynamic model of drive pressure wave propagation in gas, interaction of separate coupling bodies and gas in the article. Gas movement in segments is described by the equations of continuity, movement quantity and gas state. This system of equations is solved by the method of characteristics together with the system of equations of asynchronous engine and mechanical drive; the received non-linear equations are solved by Newton method.