THE SIMULATION MODEL ELECTROMECHANICAL VIBRATION SYSTEM WITH INDUCTION ELECTRIC DRIVE INERTIAL VIBRATION EXCITER
Calculation model and mathematical model of electromechanical vibration system with inertial vibration exciter and simulation model of electromechanical vibration system created in MATLAB/Simulink library are shown. The comparative evaluation of energy efficiency of two electromechanical vibration systems was performed. In the block diagram of the simulation model developed setting unit modes of resistance forces environment, designed to automatically reduce the dissipation coefficient in real-time while working model. Unit is universal for both symmetrically loaded and loaded asymmetrically-electromechanical systems. Method of platforms oscillations amplitude stabilization within near-resonant conditions was designed. By the creating method with the help of simulation model of plotting the control characteristic to stabilize the oscillation amplitude while changing the technological load from nominal to idle mode when working in near-resonance mode.