A geotechnical centrifuge box for remote control cycle simulation of tsunami's effect on soil slope

Abstract

The invention provides a geotechnical centrifugal case for remotely controlling cycle simulation of the action of a tsunami on an earth slope, which comprises a case body, a water-proof plate inside the case body, a circulating water pump connected with the case body and a plurality of first Wifi control devices connected to the water-proof plate. The case body includes a front surface of the casebody and a back surface of the case body, the front surface of the case body and the water-proof plate form a first chamber, the first chamber is used for containing water, the back surface of the case body and the water-proof plate form a second chamber, the second chamber is used for placing an earth slope, the water-proof plate includes a fixed plate and a plurality of retractable movable plates, the movable plates are mounted on the fixed plate, the first Wifi control devices are used to control the expansion and contraction of the movable plates, the movable plates expand and contract toform several channels on the fixed plate, water located in the first chamber flows into the second chamber through the channels, water in the second chamber is pumped to the circulating water pump, and then water in the circulating water pump is transferred to the first chamber. The geotechnical centrifugal case is simple in structure and simple to operate.

Description

technical field [0001] The invention relates to the technical field of geotechnical centrifugal simulation tests, in particular to a geotechnical centrifuge box for remotely controlling and cyclically simulating the effect of a tsunami on a soil slope. Background technique [0002] At present, most of the indoor tsunami simulation experiments are based on the centrifuge simulation test. Therefore, installing devices on the centrifuge that can simulate tsunamis of different heights and intensities is a key step in completing the entire test. However, this step is time-consuming and laborious. In the past, During the test process, it is necessary to replace the equipment after each test to simulate tsunamis of different intensities and heights, which ultimately leads to a long time-consuming for the entire tsunami simulation test. [0003] Tsunamis of different intensities and sizes have different effects on soil slopes, and it is the key point of this experiment to simulate t...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the indoor tsunami simulation experiments are based on the centrifuge simulation test. Therefore, installing devices on the centrifuge that can simulate tsunamis of different heights and intensities is a key step in completing the entire test. However, this step is time-consuming and laborious. In the past, In the test process, it is necessary to replace the equipment after each test to simulate tsunamis of different intensities and heights, which ultimately leads to a long time-consuming tsunami simulation test

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