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A platform for research: civil engineering, architecture and urbanism
Lightweight construction method for cross-road-section steel-concrete composite beam
The invention relates to the technical field of road section construction, in particular to a cross-road section steel-concrete composite beam lightweight construction method which comprises the following steps: S1, pretreatment: firstly, building a support beam frame across a road surface, and then setting construction safety measures, so as to complete mounting of a pier top support and realize pretreatment before construction; and S2, mounting treatment is conducted, specifically, the light-weight construction device for the cross-road-section steel-concrete composite beam is hoisted to the position between the supporting beam frame and the support through existing hoisting equipment. According to the invention, the mounting mechanisms can be conveniently and stably hung between the support beam frame and the top of the support through the hanging rings, so that the ends, far away from the propping plate, of the mounting mechanisms are clamped with the port of the road section to be connected, and the beam strips and the side strips on the two sides of the top plate are replaced, so that the side strips are used at the edges of the top plate, close to the outer sides, of the two mounting mechanisms on the edges; the edge of the top plate close to the inner side is provided with a beam strip, and meanwhile it is ensured that the two sides of the top plate of the installation mechanism located in the middle are provided with the beam strips.
本发明涉及路段施工技术领域，尤其涉及一种跨路段钢混组合梁轻量化施工方法，包括以下步骤：S1、预备处理：首先跨路面进行支撑梁架的搭建，再进行施工安全措施的设置，进而完成桥墩顶部支座的安装，实现施工前的预处理，S2、安装处理：通过现有吊装设备将跨路段钢混组合梁轻量化施工装置吊装至支撑梁架和支座之间。本发明中，通过吊圈能够便捷将安装机构平稳吊放至支撑梁架和支座顶部之间，使安装机构远离抵板一端与待连接路段端口卡接，此时通过替换顶板两侧的梁条和侧条，使位于边缘的两个安装机构靠近外侧处的顶板边缘处使用侧条，且靠近内侧处的顶板边缘处使用梁条，同时确保位于中间部位的安装机构的顶板两侧均使用梁条。
Lightweight construction method for cross-road-section steel-concrete composite beam
The invention relates to the technical field of road section construction, in particular to a cross-road section steel-concrete composite beam lightweight construction method which comprises the following steps: S1, pretreatment: firstly, building a support beam frame across a road surface, and then setting construction safety measures, so as to complete mounting of a pier top support and realize pretreatment before construction; and S2, mounting treatment is conducted, specifically, the light-weight construction device for the cross-road-section steel-concrete composite beam is hoisted to the position between the supporting beam frame and the support through existing hoisting equipment. According to the invention, the mounting mechanisms can be conveniently and stably hung between the support beam frame and the top of the support through the hanging rings, so that the ends, far away from the propping plate, of the mounting mechanisms are clamped with the port of the road section to be connected, and the beam strips and the side strips on the two sides of the top plate are replaced, so that the side strips are used at the edges of the top plate, close to the outer sides, of the two mounting mechanisms on the edges; the edge of the top plate close to the inner side is provided with a beam strip, and meanwhile it is ensured that the two sides of the top plate of the installation mechanism located in the middle are provided with the beam strips.
本发明涉及路段施工技术领域，尤其涉及一种跨路段钢混组合梁轻量化施工方法，包括以下步骤：S1、预备处理：首先跨路面进行支撑梁架的搭建，再进行施工安全措施的设置，进而完成桥墩顶部支座的安装，实现施工前的预处理，S2、安装处理：通过现有吊装设备将跨路段钢混组合梁轻量化施工装置吊装至支撑梁架和支座之间。本发明中，通过吊圈能够便捷将安装机构平稳吊放至支撑梁架和支座顶部之间，使安装机构远离抵板一端与待连接路段端口卡接，此时通过替换顶板两侧的梁条和侧条，使位于边缘的两个安装机构靠近外侧处的顶板边缘处使用侧条，且靠近内侧处的顶板边缘处使用梁条，同时确保位于中间部位的安装机构的顶板两侧均使用梁条。
Lightweight construction method for cross-road-section steel-concrete composite beam
一种跨路段钢混组合梁轻量化施工方法
HAN JIAN (author) / YANG BIAO (author) / QIAO QIAO (author) / ZHANG XU (author) / HU PENGTAO (author) / WEN ZENGBIN (author) / LIU ZHUANG (author) / LUO XIANGDONG (author) / TIAN YAXIN (author) / WANG MIN (author)
2024-11-15
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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