A monitoring method for deflection correction of an ancient inclined masonry pagoda

Abstract

The invention discloses a monitoring method for correcting deviation of an inclined masonry ancient tower, which is characterized by comprising the following steps of: 1, acquiring data of the inclined masonry ancient tower, including building age, height, superstructure area, superstructure area, total area of the ancient tower and inclination angle of the ancient tower; and obtaining a preset evaluation index (shown in the description) corresponding to the inclined masonry ancient tower according to the data of the inclined masonry ancient tower, Step 2, acquiring the environment temperature, the environment humidity, the inclination angle and the soil compactness of the inclined masonry ancient tower when the formula (shown in the description) is met, and processing the preset evaluation index according to the environment temperature, the environment humidity, the inclination angle and the soil compactness to obtain a risk evaluation index; And step 3, judging the inclination risk state of the inclined masonry ancient tower according to the environment temperature, the environment humidity, the inclination angle, the soil compactness and the risk assessment index so as to monitor the inclined masonry ancient tower.

Description

technical field [0001] The invention relates to the protection field of an ancient inclined masonry pagoda, in particular to a monitoring method for rectifying the deviation of an ancient inclined masonry pagoda. Background technique [0002] The number of masonry pagodas is the largest among all kinds of pagodas, which is determined by the material properties of bricks. Bricks are fired from clay, and their structural durability and stability are close to those of stone materials, far better than rammed earth and wood. , and has the characteristics of easy construction. It can be relatively easy to build various shapes and carry out various carvings. During the Ming and Qing dynasties, the brick industry developed rapidly, and various brick towers emerged in large numbers, so that it is difficult to see buildings made of other materials. The tower is up. [0003] The bonding material between the bricks of the tower is also a factor that has a great impact on the stability ...

AI Technical Summary

Problems solved by technology

[0004] But towers made of bricks also have some disadvantages, especially the many gaps between brick towers, especially in the south where plants are easy to grow. No matter weeds or trees, the roots of the towers will gradually destroy the structure of the towers, and even eventually lead to the destruction of the towers. the collapse of

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