Evaluating effectiveness of vibration isolation objects using their supports Pneumosprings based rubber-shells with parallel hydraulic inertia motion transformer
The article considers the construction and the issues of mathematical modeling perspective construction pneumatic mounts with parallel mounted hydraulic inertial motion transformer. The study refers to the important area of applied mechanics - the theory of vibration isolation hyperactive objects. The mathematical model of the suspension selects options to reduce the power transmission coefficient on the ground in a certain frequency range.