施工技术
施工技術
시공기술
CONSTRUCTION TECHNOLOGY
2014年
21期
10-12,26
,共4页
李博平%张笈玮%杨辉
李博平%張笈瑋%楊輝
리박평%장급위%양휘
风洞%混凝土%支撑%剪力墙%精度%施工技术
風洞%混凝土%支撐%剪力牆%精度%施工技術
풍동%혼응토%지탱%전력장%정도%시공기술
wind tunnels%concrete%supports%shear walls%accuracy%construction
针对某风洞消声室结构施工中，结构剪力墙较高，墙体垂直度要求高及结构施工前室内大型设备已安装，无法从地面搭设满堂脚手架作为梁板模板支撑等施工难题，提出了高大剪力墙施工精度控制技术和现浇梁板无地面支撑可测可控支撑体系施工技术，通过该技术顺利解决了施工难题。
針對某風洞消聲室結構施工中，結構剪力牆較高，牆體垂直度要求高及結構施工前室內大型設備已安裝，無法從地麵搭設滿堂腳手架作為樑闆模闆支撐等施工難題，提齣瞭高大剪力牆施工精度控製技術和現澆樑闆無地麵支撐可測可控支撐體繫施工技術，通過該技術順利解決瞭施工難題。
침대모풍동소성실결구시공중，결구전력장교고，장체수직도요구고급결구시공전실내대형설비이안장，무법종지면탑설만당각수가작위량판모판지탱등시공난제，제출료고대전력장시공정도공제기술화현요량판무지면지탱가측가공지탱체계시공기술，통과해기술순리해결료시공난제。
During the construction of the muffler room of a wind tunnel, the standard of the squareness for the high shear walls is strict. Full scaffold framing can’ t be applied to support the mould boards for the beams and plates because of the large?scale equipment installed before the construction. Based on above problems, the technologies of the accuracy controlling for the high shear walls and the determinable and controllable framing for the mould boards for the beams and plates were proposed. And the problems are solved.
