A physical model and a stand for the research of a single-acting hydroimpact device

L. Gorodilov, V. G. Kudryavcev, A. Pershin
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Abstract

The paper presents a physical model of a single-acting hydroimpact device. Its design can be used to create a hydraulic punch for drilling wells in soft soils. A stand with a clamping device has been developed to simulate the friction force acting on the punch housing when it moves in the soil. Methods of recording dynamic characteristics of working cycles of the hydraulic device are worked out. Tests were carried out with changes in the force acting on the housing from the clamping device. Oscillograms of the characteristics of working cycles (displacements of the housing and striker, pressures in the working chambers and the accumulator) are given.
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单作用水力冲击装置研究的物理模型及支架
提出了单作用水力冲击装置的物理模型。它的设计可以用来制造在软土中钻井的液压冲床。为了模拟冲床在土壤中移动时作用在冲床外壳上的摩擦力,设计了一种带夹紧装置的支架。提出了记录液压装置工作循环动态特性的方法。测试是通过夹紧装置作用在壳体上的力的变化进行的。给出了工作循环特性的示波图(壳体和冲击器的位移、工作腔和蓄能器的压力)。
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