Operation modes of a double chamber pneumoshock absorber with increased damping

The authors present the analysis of the processes that determine the dissipation of energy in a double chamber pneumoshock absorbers and demonstrate that by means of control of process of gas flow, inside the volumes of the pneumoshock absorber chamber, we can significantly improve its damping properties, in comparison with passive pneumoshock-absorbers. Limit values of the coefficient of absorption of fluctuation energy (up to 0,75...0,85) with various switching modes of the pneumoshock-absorber electric valve.