Evaluating the effectiveness of vibration isolation objects using their supports Pneumosprings rubber-based shells with additional volumes
The article considers the construction and the issues of mathematical modeling of construction pneumatic mounts with rubber-shells connected to additional volumes made in the support frame suspension. The study refers to the important concept of applied mechanics - the theory of vibration isolation hyperactive objects. It is shown that by changing the rubber-cord shell parameters and additional volumes can reduce the transmission of vibration forces on the ground in the low frequency range.