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A platform for research: civil engineering, architecture and urbanism
Sludge geology sheet pile permanent temporary monitoring construction method
The invention provides a mud geology sheet pile permanent temporary monitoring construction method, and belongs to the technical field of building construction.The mud geology sheet pile permanent temporary monitoring construction method comprises the following steps that a first drilling platform and a platform accessory structure are installed; drilling holes in the first drilling platform according to the foundation pit supporting combined sheet pile design and the pile position arrangement diagram; construction of a second drilling platform, a third drilling platform and a drill hole is completed; the completed drill hole is checked; a reinforcement cage is hoisted and placed in the drilled hole, tensile and shear-resistant steel bars with straight thread sleeves are bound to the reinforcement cage, and a cast-in-place pile is formed; a sheet pile structure is inserted and hit, I-shaped light steel is inserted and hit in the sheet pile structure, and a permanent vibration monitoring device is installed; after construction of the cast-in-place column is completed, the drilling platform is dismounted; pouring bottom sealing concrete; sludge in the sheet pile is pumped out; pile head binding steel bars are chiseled away; according to the method, the permanent vibration monitoring device is used for monitoring the sheet pile, whether the sheet pile is inclined or not can be found in time, and the situation that the building quality is affected is avoided.
本发明提供了一种淤泥地质板桩永临监测施工方法，属于建筑施工技术领域，该淤泥地质板桩永临监测施工方法，包括以下步骤：安装第一钻井平台和平台附属结构；按照基坑支护组合板桩设计及桩位布置图，在第一钻井平台上钻孔；完成第二钻孔平台、第三钻孔平台及钻孔的施工；对已完成的钻孔进行检查；对钻孔吊放钢筋笼，在钢筋笼上绑扎带直螺纹套筒的抗拉抗剪钢筋，形成灌注桩；插打板桩结构，并在板桩结构中插打工字型轻钢，安装永临震动监测装置；灌注柱施工完成后，拆除钻孔平台；灌注封底混凝土；抽出板桩内的淤泥；凿除桩头捆绑钢筋；浇筑塔座混凝土，本发明利用永临震动监测装置对板桩进行监测，能及时发现板桩是否歪斜，避免影响建筑质量。
Sludge geology sheet pile permanent temporary monitoring construction method
The invention provides a mud geology sheet pile permanent temporary monitoring construction method, and belongs to the technical field of building construction.The mud geology sheet pile permanent temporary monitoring construction method comprises the following steps that a first drilling platform and a platform accessory structure are installed; drilling holes in the first drilling platform according to the foundation pit supporting combined sheet pile design and the pile position arrangement diagram; construction of a second drilling platform, a third drilling platform and a drill hole is completed; the completed drill hole is checked; a reinforcement cage is hoisted and placed in the drilled hole, tensile and shear-resistant steel bars with straight thread sleeves are bound to the reinforcement cage, and a cast-in-place pile is formed; a sheet pile structure is inserted and hit, I-shaped light steel is inserted and hit in the sheet pile structure, and a permanent vibration monitoring device is installed; after construction of the cast-in-place column is completed, the drilling platform is dismounted; pouring bottom sealing concrete; sludge in the sheet pile is pumped out; pile head binding steel bars are chiseled away; according to the method, the permanent vibration monitoring device is used for monitoring the sheet pile, whether the sheet pile is inclined or not can be found in time, and the situation that the building quality is affected is avoided.
本发明提供了一种淤泥地质板桩永临监测施工方法，属于建筑施工技术领域，该淤泥地质板桩永临监测施工方法，包括以下步骤：安装第一钻井平台和平台附属结构；按照基坑支护组合板桩设计及桩位布置图，在第一钻井平台上钻孔；完成第二钻孔平台、第三钻孔平台及钻孔的施工；对已完成的钻孔进行检查；对钻孔吊放钢筋笼，在钢筋笼上绑扎带直螺纹套筒的抗拉抗剪钢筋，形成灌注桩；插打板桩结构，并在板桩结构中插打工字型轻钢，安装永临震动监测装置；灌注柱施工完成后，拆除钻孔平台；灌注封底混凝土；抽出板桩内的淤泥；凿除桩头捆绑钢筋；浇筑塔座混凝土，本发明利用永临震动监测装置对板桩进行监测，能及时发现板桩是否歪斜，避免影响建筑质量。
Sludge geology sheet pile permanent temporary monitoring construction method
一种淤泥地质板桩永临监测施工方法
GUO HONGXIN (author) / SHI LINPENG (author) / WANG LIBIN (author) / WANG BAODONG (author) / LIU FANGZHONG (author) / WANG RUI (author) / ZHANG KAIXIANG (author) / LIU YUBIN (author) / LIU BAOYI (author) / ZHANG RUI (author)
2023-03-21
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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