Evaluating the effectiveness of vibration isolation using hydro pneumatic spring with inertial motion converter

The study refers to the important area of applied mechanics; it is the theory of vibration isolation of vibration- active objects. Simple and reliable design is offered and issues of mathematical modeling of hydro-pneumatic mounting base with rubber-coated casing filled with liquid are studied; hydraulic inertial motion converter is mounted inside the casing. The mathematical model of the suspension to select options to reduce the power transmission gain based on a certain frequency range is developed.