Abstract

Computer model of hydraulic percussive system with long pressure and drop-out lines is presented. Numerical calculations of impact of depth (length of pressure and drop-out line L) and direction (slope angle to horizon ) on its characteristics are carried out for given parameters of hydraulic percussive device (hydraulic hummer) double-side action and source of discharge. Oscillogram charts of characteristics of working cycles of hydraulic hummer elements and dependences of integral characteristics (pre-shock rate of pane, frequency of shocks, shocking power and efficiency of the system) on quantities L and a are shown.

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