Method for delaying quick collapse after building wall breaking

Abstract

The invention discloses a method for delaying quick collapse after building wall breaking. According to the method, high-strength, anti-aging, anti-corrosion and tearing-resisting wall paper is selected, and the wall paper adheres to a building wall through a special adhesive. According to the method, the support surface of a building is prevented from breaking and falling off under shocking, theintegrality of a support is kept to the maximum extent, the collapse time is prolonged, and the time is provided for escaping and rescuing, and personal casualty and the economic loss are reduced.

Description

technical field [0001] The invention relates to a method for delaying rapid collapse of a broken building wall. Background technique [0002] In construction projects, especially in house construction projects, strong shock waves such as earthquakes or impacts can cause houses to collapse, causing heavy casualties and economic losses. The main reason for its collapse is that the surface of the supporting body of the building is broken and the fragments fall off, resulting in the disintegration of the supporting body, and the falling fragments hit people or things, causing injury accidents. Especially in some areas, buildings made of rocks and other stone materials have good wind resistance, but poor seismic performance. If there is a slight vibration, cracks will appear in the wall as the support, or even collapse directly. The supporting body of the object lost contact with each other after the surface of the supporting body was broken, and it collapsed directly. The falli...

AI Technical Summary

Problems solved by technology

The reason for its collapse is mainly that the surface of the support body of the building is broken and the fragments fall off, resulting in the disintegration of the support body, and the fallen fragments hit people or objects, causing injury accidents

Especially in some areas, buildings made of rock and other stone materials have good wind resistance, but extremely poor earthquake resistance. With a slight vibration, cracks will appear in the wall as the support, or even collapse directly. The support body of the object lost contact with each other after the surface of the supporting body was broken, and it collapsed directly. The falling broken objects directly caused casualties and eventually caused the overall collapse of the building.

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