Pelevin, L.Karpenko, M.2020-12-032020-12-032014Pelevin L. The hydraulic quencher dynamic vibrations / L. Pelevin, M. Karpenko // Motrol : Commision of motorization and energetics in agriculture : an intern. journal of operation of farm and agri-food industry machinery / Polish Acad. of sciences, Univ. of eng. and econ. in Rzesżow ; ed.-in-chief E. Krasowski. – Lublin ; Rzeszów, 2014. - Vol. 16. - № 8. - P. 119 – 126. - Bibliogr. : 20 titl.1730-8658https://repositary.knuba.edu.ua/handle/987654321/6713Carried out a review and analysis of the developed hydraulic system for quenching dynamic oscillations. Made the mathematical model for determining the time delay operation of the hydraulic system of the dynamic quenching of oscillations. Performed a period’s calculation of cleavage of the soil and the time delay operation quencher dynamic oscillations from which it is possible in theory to establish the ability of the hydraulic system of dynamic quenching oscillations to operate in time. Developed hydraulic system dynamic quenching oscillations that occur inside the working unit to prevent the transmission of vibrations to the base of the machine. Conducted the analysis of the damper’s means and the method of dynamic damping on which developed hydraulic system for quenching dynamic oscillations. Was built mathematical sequence for determination of the time delay operation of the quencher. Parameters allow you to construct experimental model hydraulic system quenching of dynamic oscillations.enquencherthe dynamic oscillationshydraulic systemthe time lag responseperiod cleavage soilгасительдинамические колебаниягидроавтоматическая системавремя запаздывания срабатыванияпериод скалывания грунтакафедра будівельних машинArticle624.132.3:531.391