INVESTIGATION OF THE INFLUENCE OF THE LENGTH OF THE EP CHAMBER ON THE DYNAMICS OF THE MPSRP USING THE.NET PLATFORM
The article describes the process of studying the influence of the length of the air cushion chamber, formed by the structural elements of the striker and the leash of the impact machine, on the dynamics of the striker of the variable structure mechanism with a separating slider. The mathematical model is a system of nonlinear differential equations, the solution of which is carried out by the Runge-Kutta numerical method. The components of the .NET platform were used to implement the numerical method, build graphs, and visualize the dynamics of movement of the impact mechanism links.