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A platform for research: civil engineering, architecture and urbanism
High-stability ecological foot protection stone-buried concrete construction method
The invention belongs to the technical field of constructional engineering, and particularly relates to a high-stability ecological foot protection stone-buried concrete construction method. The process comprises the following steps that S1, preparation before construction is conducted, specifically, whether all construction equipment can work normally or not is checked, the surrounding environment of a site is observed, water flow outside the site is prevented from entering the site, and accumulated water is effectively removed; S2, site cleaning and foundation pit excavation are conducted, specifically, sundries and accumulated water on the surface of the foundation are cleaned up, meanwhile, loose rocks are removed, and then a foundation pit is excavated; S3, formwork installation is conducted, specifically, before formwork installation, measuring and lofting are conducted according to the structural appearance design size, control points are arranged in multiple directions, during formwork erecting, a formwork is fixed to a wood support, and then the wood support is obliquely supported to the firm ground; and S4, water drainage holes are formed, specifically, the water drainage holes are formed around the foundation pit, and the phenomenon of water accumulation of the foundation pit is avoided. According to the process, the stone burying rate of stone-buried concrete reaches 20%, and the overall firmness strength of foot protection is improved.
本发明属于建筑工程技术领域，具体的说是一种高稳定性的生态护脚埋石混凝土施工方法，该工艺包括以下步骤：S1：施工前的准备：检查所有施工设备是否能够正常工作，观察场地周围环境，避免场外部水流进入场地，并有效排除积水；S2：场地清理和基坑开挖：将基地表面上的杂物和积水清理干净，同时将松动岩石清除，再挖基坑；S3：模板安装：安装模板前，按结构物外形设计尺寸测量放样，多方向设立控制点，支模时，将模板固定在木支撑上，再将木支撑斜撑到坚固的地面上；S4：泄水孔的设置：在基坑周围排列设置泄水孔，避免基坑出现积水的现象；本工艺埋石混凝土的埋石率达到20％，提高了护脚的整体牢固强度。
High-stability ecological foot protection stone-buried concrete construction method
The invention belongs to the technical field of constructional engineering, and particularly relates to a high-stability ecological foot protection stone-buried concrete construction method. The process comprises the following steps that S1, preparation before construction is conducted, specifically, whether all construction equipment can work normally or not is checked, the surrounding environment of a site is observed, water flow outside the site is prevented from entering the site, and accumulated water is effectively removed; S2, site cleaning and foundation pit excavation are conducted, specifically, sundries and accumulated water on the surface of the foundation are cleaned up, meanwhile, loose rocks are removed, and then a foundation pit is excavated; S3, formwork installation is conducted, specifically, before formwork installation, measuring and lofting are conducted according to the structural appearance design size, control points are arranged in multiple directions, during formwork erecting, a formwork is fixed to a wood support, and then the wood support is obliquely supported to the firm ground; and S4, water drainage holes are formed, specifically, the water drainage holes are formed around the foundation pit, and the phenomenon of water accumulation of the foundation pit is avoided. According to the process, the stone burying rate of stone-buried concrete reaches 20%, and the overall firmness strength of foot protection is improved.
本发明属于建筑工程技术领域，具体的说是一种高稳定性的生态护脚埋石混凝土施工方法，该工艺包括以下步骤：S1：施工前的准备：检查所有施工设备是否能够正常工作，观察场地周围环境，避免场外部水流进入场地，并有效排除积水；S2：场地清理和基坑开挖：将基地表面上的杂物和积水清理干净，同时将松动岩石清除，再挖基坑；S3：模板安装：安装模板前，按结构物外形设计尺寸测量放样，多方向设立控制点，支模时，将模板固定在木支撑上，再将木支撑斜撑到坚固的地面上；S4：泄水孔的设置：在基坑周围排列设置泄水孔，避免基坑出现积水的现象；本工艺埋石混凝土的埋石率达到20％，提高了护脚的整体牢固强度。
High-stability ecological foot protection stone-buried concrete construction method
一种高稳定性的生态护脚埋石混凝土施工方法
LIN WANXIN (author) / CHEN FANGJIAN (author) / HUANG JIANMING (author) / QIU GUOPEI (author) / ZHANG NANXIAN (author)
2022-01-21
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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