Thermal mechanical coupling slide-resistant pile

Abstract

The invention relates to a thermal mechanical coupling slide-resistant pile. The thermal mechanical coupling slide-resistant pile comprises a pile lining and a pile core, wherein the pile lining is formed in a way that a plurality of functional walls are assembled; moisture sensors and temperature sensors are arranged on the outer sides of the functional walls; cavities are formed in the inner sides of the functional walls, electric heating pieces are laid in the cavities, water inlets are formed in the cavities, and geotechnical cloth is laid outside the water inlets; except the bottom end ofthe cavity of the functional wall which is located at the bottom of the pile lining is sealed as a water storage cavity, water vapor overflowing pipes are arranged in the cavities of other functionalwalls, and the bottoms of the cavities are open as exhaust channels; and both the moisture sensors and the temperature sensors are connected with a control module, and the control module is connectedwith the electric heating pieces. According to the thermal mechanical coupling slide-resistant pile, slide resistance is realized, and the functions of water drainage, precise control over water andimprovement of soil nature are integrated. Additionally, retaining walls can be replaced by the functional walls of the thermal mechanical coupling slide-resistant pile, so that the retaining wall construction process is omitted, the landslide control effect is greatly increased, and the investment is reduced.

Description

technical field [0001] The invention relates to the technical field of slope reinforcement, in particular to a thermal-mechanical coupling anti-slide pile. Background technique [0002] The existing slope engineering treatment schemes mainly include: ①, construction of anti-sliding structures; ②, surface and underground drainage; ③, improvement of slippery zone soil. Looking at the control measures adopted by each plan, anti-sliding structures are commonly used such as anti-sliding piles, drainage is commonly used such as drainpipes, holes, and wells, and soil improvement in sliding zones such as roasting, etc. are often implemented with a single function, and joint functions are rarely seen. In recent years, there have been integrated piles with anti-sliding and drainage functions, but the main bodies of the piles are all hollow, which will inevitably weaken the anti-sliding ability and increase construction costs. . Contents of the invention [0003] In order to change...

AI Technical Summary

Problems solved by technology

In recent years, there have been integrated piles with anti-sliding and drainage functions, but the main bodies of the piles are all hollow, which will inevitably weaken the anti-sliding ability and increase construction costs.

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