Abstract
Problems of improving damping characteristics of hydraulic vibration mounts are considered. It is shown that, when there are nondissolved air bubbles present in a working fluid, damping characteristics are not weakened but improved significantly in a number of cases. Testing of a hydraulic vibration mount was carried out at a vibration test stand within a frequency range from 20 to 55 Hz. The vibration frequency of the vibration test stand platform was measured discretely with a step of 5 Hz. As soon as the stand’s input vibration signal was not a purely harmonic one, harmonic components from 0.5 to 100 Hz were present in its spectrum. This frequency range was exposed to spectral and cepstral processing. It was determined that efficient vibration suppression with presence of gas cavities with a total volume of 5 mL occurs in the whole range of harmonic change.
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