Compression resistance experiment device for simulating road deformation damage in complex environment

Abstract

The invention relates to the technical field of road compression resistance simulation experiments, in particular to a compression resistance experiment device for simulating road deformation and damage in a complex environment, which comprises a control machine body, and an extrusion mechanism for performing an extrusion experiment on a concrete test block is mounted on the control machine body. The control machine body is provided with an extrusion mechanism, the extrusion mechanism is provided with a cleaning mechanism for cleaning broken test blocks, the extrusion mechanism is provided with a collecting mechanism for collecting cleaned scraps, the control machine body is provided with a storage mechanism for storing paper files, and the storage mechanism is provided with a supporting mechanism for conveniently recording data. The cleaning mechanism is mounted on the extrusion mechanism, and after the extrusion mechanism performs an extrusion experiment on the concrete test block needing to be experimented, scraps of the crushed concrete test block can be cleaned through the cleaning mechanism, so that on one hand, the placement of the next concrete test block is facilitated, and on the other hand, the experiment of the next concrete test block is facilitated.

Description

technical field [0001] The invention relates to the technical field of simulated road compression experiments, in particular to a compression test device for simulating deformation and damage of roads in complex environments. Background technique [0002] The compression test for simulating the deformation and damage of roads in a complex environment is to place the concrete test blocks on the pouring road on the press, deform the concrete test blocks through the extrusion of the press, and analyze the compressive strength of the concrete on the road through the pressure data. Ensure that the concrete poured on the roadbed can withstand the maximum pressure after solidification, and prevent the road from breaking due to excessive vehicle pressure in advance. [0003] However, at present, when carrying out compression tests on concrete test blocks of roads through presses, the prepared concrete test blocks are usually placed directly on the hydraulic cylinder, and the extrusi...

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Problems solved by technology

[0003] However, at present, when carrying out compression tests on concrete test blocks of roads through presses, the prepared concrete test blocks are usually placed directly on the hydraulic cylinder, and the extrusion force of the hydraulic cylinder is used to judge the strength of the road concrete block. Extrusion force, when the concrete test block is extruded, the test block is broken, and the extrusion mechanism is not equipped with a mechanism to clean up the debris, so the concrete debris remains on the extrusion equipment, which affects the next concrete on the one hand. The placement of the test block, on the other hand, affects the experiment of the next concrete test block; there is no mechanism for placing paper documents on the control machine of the press, and the paper documents are placed directly on the top of the control machine, which is easy to cause falling and inconvenient Data logging and next review

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