Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Continuous construction method for aluminum alloy template used for comprehensive pipe rack
The invention specifically provides a continuous construction method for an aluminum alloy template used for a comprehensive pipe rack. Second-time pouring construction of a first-section comprehensive pipe rack and first-time pouring construction of a second-joint comprehensive pipe rack are conducted at the same time, the construction speed is increased, the construction period is shortened, anda bottom die structure demounted from the first-section comprehensive pipe rack is used for conducting construction of a bottom plate and a guide wall of the second-joint comprehensive pipe rack while a wall body and a top plate aluminum alloy template of the first-section comprehensive pipe rack are installed; when the strength of concrete reaches 1.2 Mpa, an inner wall template and an outer wall template are demounted and are conveyed to a next construction section; and when concrete pouring is completed and the strength reaches 50%-75%, a top face template is demounted, a top support and longitudinal supporting rods are reserved, after the strength of the concrete reaches 100%, demounting is conducted, meanwhile, construction of a bottom plate and a guide wall of the second-joint comprehensive pipe rack is completed, the demounted wall body and the top plate aluminum alloy template are used for continuously conducting construction of a wall body and a top plate of the second-section comprehensive pipe rack, and therefore continuous cyclic work is achieved.
本发明具体提出了一种用于综合管廊的铝合金模板的连续施工方法，其中，第一节综合管廊第二次浇筑施工与第二节综合管廊第一次浇筑施工同时进行，加快施工速度，缩短施工周期，第一节综合管廊墙体及顶板铝合金模板安装的同时，利用第一节综合管廊拆除下来的底模结构进行第二节综合管廊的底板及导墙施工；待混凝土强度达到1.2Mpa，拆除内墙模板和外墙模板，运往下一施工段；当混凝土浇筑完成后强度达到50%~75%后，拆除顶面模板，保留顶托和纵向支撑杆，待混凝土强度达到100%后拆除，同时，第二节综合管廊的底板及导墙施工完成，将拆除的墙体及顶板铝合金模板继续进行第二段综合管廊墙体及顶板施工。如此实现连续循环作业。
Continuous construction method for aluminum alloy template used for comprehensive pipe rack
The invention specifically provides a continuous construction method for an aluminum alloy template used for a comprehensive pipe rack. Second-time pouring construction of a first-section comprehensive pipe rack and first-time pouring construction of a second-joint comprehensive pipe rack are conducted at the same time, the construction speed is increased, the construction period is shortened, anda bottom die structure demounted from the first-section comprehensive pipe rack is used for conducting construction of a bottom plate and a guide wall of the second-joint comprehensive pipe rack while a wall body and a top plate aluminum alloy template of the first-section comprehensive pipe rack are installed; when the strength of concrete reaches 1.2 Mpa, an inner wall template and an outer wall template are demounted and are conveyed to a next construction section; and when concrete pouring is completed and the strength reaches 50%-75%, a top face template is demounted, a top support and longitudinal supporting rods are reserved, after the strength of the concrete reaches 100%, demounting is conducted, meanwhile, construction of a bottom plate and a guide wall of the second-joint comprehensive pipe rack is completed, the demounted wall body and the top plate aluminum alloy template are used for continuously conducting construction of a wall body and a top plate of the second-section comprehensive pipe rack, and therefore continuous cyclic work is achieved.
本发明具体提出了一种用于综合管廊的铝合金模板的连续施工方法，其中，第一节综合管廊第二次浇筑施工与第二节综合管廊第一次浇筑施工同时进行，加快施工速度，缩短施工周期，第一节综合管廊墙体及顶板铝合金模板安装的同时，利用第一节综合管廊拆除下来的底模结构进行第二节综合管廊的底板及导墙施工；待混凝土强度达到1.2Mpa，拆除内墙模板和外墙模板，运往下一施工段；当混凝土浇筑完成后强度达到50%~75%后，拆除顶面模板，保留顶托和纵向支撑杆，待混凝土强度达到100%后拆除，同时，第二节综合管廊的底板及导墙施工完成，将拆除的墙体及顶板铝合金模板继续进行第二段综合管廊墙体及顶板施工。如此实现连续循环作业。
Continuous construction method for aluminum alloy template used for comprehensive pipe rack
用于综合管廊的铝合金模板的连续施工方法
YAN YUNFEI (Autor:in) / ZHAO FUYONG (Autor:in) / LI LINGYI (Autor:in) / YANG KE (Autor:in) / CUI MINGYING (Autor:in) / ZHANG XIAOHANG (Autor:in) / LIU MING (Autor:in) / LI XIAOTIAN (Autor:in) / WANG RUNTAO (Autor:in) / FENG ZHENG (Autor:in)
19.06.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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