Civil engineering construction method for quickly treating mudslide and landslide and collapse of mountains with weather-resistant woven bags

Abstract

The invention relates to the technical field of civil engineering, in particular to a civil engineering construction method for quickly treating mudslide and landslide and collapse of maintains with weather-resistant woven bags. The civil engineering construction method is suitable for construction of sloping fields damaged by mudslide or landslide, the vertical height of the sloping fields is below 11 m, and the inclination ranges from 0 to 60 degrees; according to the construction method, soil and stone are put into the weather-resistant woven bags through excavators, then the woven bags containing soil and stone are sequentially stacked, and the stacking slope is 1:0.5; after the woven bags in the nth layer are placed properly, certain soil and stone are put onto the woven bags to compact the woven bags, and construction is completed. The construction method is simple, the operation area required in a work site is small, little secondary damage is caused to the environment, the construction method has the operation characteristics that the construction speed is high, the efficiency is high and the service life of construction materials is long, traffic can be recovered quickly through restoration and reconstruction after roads, embankments and river banks are subjected to mudslide, floods, landslide and other disasters caused by rainstorms and typhoons, the slopes of the mountains can be reinforced, and the construction method has great significant application value.

Description

technical field [0001] The invention relates to the technical field of civil engineering, in particular to a civil engineering construction method for quickly treating debris flow and landslide collapse by using a weather-resistant woven bag. Background technique [0002] With the increasing global warming phenomenon, there are more and more global disastrous weather, especially in the annual rainy season, secondary disasters such as torrential rain, typhoon-induced mudslides, landslides and other secondary disasters occur from time to time. As a result, highways, railways, and bridges are damaged, causing traffic jams, and seriously affecting economic development and people's daily lives. At present, when encountering such mudslides and landslides in China, most of the construction methods are still relatively traditional methods, which require a large operation area, long operation time, and are likely to cause new damage to the environment, and some construction methods ...

AI Technical Summary

Problems solved by technology

At present, when encountering such mudslides and landslides in China, most of the construction methods are still relatively traditional methods, which require a large operation area, long operation time, and are likely to cause new damage to the environment, and some construction methods When materials are not easily available locally, construction materials must be transported from other places for construction, which greatly affects the progress of the project

For example, some constructions use cement soil mixed with a certain amount of cement as building materials, but the strength of cement soil increases slowly, the construction period is long, and it is not granular, so it is not suitable for formless masonry; The construction will use concrete with good mechanical properties and erosion resistance as building materials, but before pouring the concrete, formwork needs to be installed, and after the concrete hardens, the formwork needs to be removed, which requires a long construction period and a lot of labor

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