Static level monitoring method for inclination rectification of existing super high-rise building

Abstract

The invention relates to the technical field of building inclination rectification monitoring, and discloses a static level monitoring method for inclination rectification of the existing super high-rise building, which comprises the following steps of selecting an inclination rectification neutral axis in a building or a non-settlement point around the building as a reference point, and setting amonitoring point on a shear wall or a bearing column at the bottommost layer in the building, installing static level gauges on the reference point and the monitoring point, reading the liquid levelreadings of the static level gauges at certain time intervals in the inclination rectification process, and calculating he actual inclination rectification amount of each monitoring point of the building by comparing the liquid level readings of the static level gauges on the monitoring points at a certain moment with the data of the static level gauges on the reference points. Monitoring points are arranged on a shear wall or a bearing column of an existing super high-rise building needing inclination rectification at intervals, measurement data of the static level gauge are compared with a reference point, the actual inclination rectification amount of each monitoring point is accurately obtained, and a basis is provided for perfecting inclination rectification construction organization,dynamically adjusting an inclination rectification method and measure and controlling an inclination rectification target.

Description

technical field [0001] The invention relates to the technical field of building tilt correction monitoring, in particular to a static level monitoring method for tilt correction of existing super high-rise buildings. Background technique [0002] Building structures are often tilted due to problems such as uneven foundation settlement, and in severe cases, they may collapse, causing major economic losses or casualties. The existing super high-rise building rectification monitoring mostly adopts manual monitoring, which is easily affected by the environment, and cannot provide real-time monitoring data in time. Contents of the invention [0003] Based on the above problems, the present invention provides a static level monitoring method for tilt correction of existing super high-rise buildings, by setting monitoring points at intervals on the shear walls or load-bearing columns of existing super high-rise buildings that need tilt correction, and using static Comparing the ...

AI Technical Summary

Problems solved by technology

[0002] Building structures are often tilted due to problems such as uneven foundation settlement, and in severe cases, they will collapse, causing major economic losses or casualties

The existing super high-rise building rectification monitoring mostly adopts manual monitoring, which is easily affected by the environment, and cannot provide real-time monitoring data in time

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