Water conservancy project grouted rubble retaining wall construction quality intelligent analysis system based on big data analysis

Abstract

The invention discloses a hydraulic engineering grouted rubble retaining wall construction quality intelligent analysis system based on big data analysis, and the system comprises the steps: obtaining main stone hardness and main stone crack parameters of each stone sub-region in a to-be-monitored hydraulic engineering grouted rubble retaining wall, and analyzing a main stone influence construction quality coefficient of each stone sub-region; the method comprises the following steps: monitoring a to-be-monitored hydraulic engineering grouted rubble retaining wall, detecting laying density of auxiliary stones and mortar filling uniformity in each stone sub-area, analyzing a grouted rubble construction quality coefficient of the to-be-monitored hydraulic engineering grouted rubble retaining wall, and if the grouted rubble construction quality coefficient of the to-be-monitored hydraulic engineering grouted rubble retaining wall is smaller than a preset safe grouted rubble construction quality coefficient threshold, performing safety early warning reminding. Therefore, the construction quality detection index diversity of the grouted rubble retaining wall is realized, potential safety hazards of the quality of the hydraulic engineering grouted rubble retaining wall are avoided, the appearance construction quality of the hydraulic engineering grouted rubble retaining wall is improved, and the use performance of the later hydraulic engineering grouted rubble retaining wall is guaranteed.

Description

technical field [0001] The invention relates to the field of construction quality analysis of stone retaining walls, and relates to an intelligent analysis system for the construction quality of mortar masonry retaining walls in water conservancy projects based on big data analysis. Background technique [0002] The stone retaining wall refers to the structure that fills the subgrade of the branch road or the soil on both sides of the river to prevent the deformation and instability of the filling or soil. In the construction of water conservancy projects, masonry retaining walls are widely used because of their strong practicability. The quality of their construction has a crucial impact on the quality of the entire water conservancy project and the stability of the slope in the future. Therefore, In the construction process of water conservancy projects, it is necessary to do a good job in the inspection and management of the construction quality of the masonry retaining w...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing inspection methods for the construction quality of masonry retaining walls in water conservancy projects are basically inspected by project quality monitoring personnel during project acceptance, but the inspection indicators are single, mostly stone size and stone arrangement indicators, so it is impossible to A comprehensive analysis of the construction quality of the masonry retaining wall will lead to potential safety hazards in the quality of the masonry retaining wall in water conservancy projects, which will affect the overall structural stability and reliability of the masonry retaining wall in water conservancy projects;

[0004] The existing construction quality inspection methods of masonry retaining walls in hydraulic projects only consider the influence of stones in masonry retaining walls on construction quality, and there are quality problems such as insufficient filling of stone gaps and insufficient uniformity of mortar in masonry retaining walls. Defects lead to the phenomenon that the stones in the masonry retaining wall of hydraulic engineering are not firmly bonded, which makes the appearance quality of the masonry retaining wall of hydraulic engineering poor, and seriously affects the performance of the masonry retaining wall of hydraulic engineering in the later period

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