Teteriatnyk, OleksandrRashkivskiy, Volodymyr2022-10-212022-10-212021Teteriatnyk O. Calculations difference of hight-speed working units depending on the kinematics of their working processes // O. Teteriatnyk, V. Rashkivskiy // Гірничі, будівельні, дорожні та меліоративні машини : всеукр. зб. наук. праць / Київ. нац. ун-т буд-ва і архіт. ; гол. ред. М. Сукач. – Київ : КНУБА, 2021. – Вип. 98. – С. 5 – 10. – Бібліогр. : 5 назв.2312 - 65902709 - 6149https://repositary.knuba.edu.ua/handle/987654321/10269High-speed working units are very widely used in modern construction, in the destruction of durable materials and soils and more. When calculating the power and energy parameters of dynamic working units take into account changes in the nature of the interaction of the cutting element with the environment and the emergence and propagation of soil stresses from the action on the boundary of the array of the cutting element. This leads to the emergence of a stress-strain state in the soil mass, which has an oscillatory-wave character. The nature of the stress-strain state is influenced by the state of the working environment and the speed of cutting (destruction) of the soil mass. An unsolved problem in the dynamic destruction of soils is to take into account the kinematic features and technology of work with high-speed peripheral and front-end working units. The design parameters of these working units must take into account not only the dynamic parameters of the fracture process, but also the phenomenon of accumulation of fatigue deformations in the working environment.enкафедра будівельних машинperipheral working unitfront-end first type working unitfront-end second type working unitmiddle depth of cutpower cuttingпериферійний робочий органторцевий робочий орган першого типуторцевий робочий орган другого типусередня глибина різаннясила різанняArticle624.132.1