1) steel pipe column
钢管柱
1.
Improved lift-up technology of concrete for steel pipe column construction;
改进钢管柱混凝土顶升施工工艺
2.
By applying "2 slip and 1 lift"technology to the installation of huge steel pipe column,technical problems were settled,such as the complicated site construction conditions,big radius of gyration,heavy weight of component,unable to hoist component to the position directly by heavy crane and etc.
首都机场T3B核心区部位的面积约50000m2,采用"两滑一提"的施工工艺安装巨型钢管柱的施工技术,解决了现场施工条件复杂、回转半径大、构件重、无法直接用大吨位吊车就位等技术难点,安装灵活、安全,工期短,节约成本近千万元。
3.
Shenzhen Norde Center Mansion is a super-high-rise building where reinforced concrete steel pipe column is used as frame post in under floor 15.
竖向构件水平施工缝留设的位置应避开钢管柱水平加劲肋,并应位于其下侧位置。
2) steel tube column
钢管柱
1.
Due to the limitation of space in the pilot tunnel,the working procedures of the steel tube columns are different to those on the ground.
钢管柱是城市暗挖地铁“洞桩梁”法施工的主要承重结构之一,因导洞空间的限制,洞内钢管柱各道工序与地面施工工艺不同。
4) steel tube pillar
钢管柱
1.
By introducing the methods of quality controlling about steel structure manufacturing and installing, especially the methods of quality controlling about steel tube pillar manufacturing technics and welding inspecting .
本文着重介绍大直径厚壁钢管柱的制作工艺质量及其安装质量监控,特别是制管的工艺和焊接质量及质量检测方法、钢结构工程质量监控,藉此能给业主、监理、施工同行一些启示。
2.
The unusual structure way is applied to the newtng building of Guangzhou merchandise building by use of a large amount of steel tube pillar, steel structure pillar and high intensive concrete C60 as the undertaken structure.
广州百货大厦新翼商业搂采用逆作法施工,利用大量钢管柱、钢构架柱和高强混凝土C60作为结构承重构件,在钢结构施工中主要对构件加工、构件进场和运输、现场吊装、钢构件的焊接、构件安装等施工工艺进行质量控制,高强混凝土施工中主要对吊装加固、混凝土制作、现场浇灌等施工工艺进行质量控制,适应了逆作法施工中对上下承重结构的要求,解决了大跨度和某些特殊结构的需要,减轻了结构重量,加快了工期;在减少柱截面同时大幅度提高了混凝土的承载能力,增大了商场使用面积,取得了良好的经济效果。
5) rectangular steel tube
方钢管柱
1.
Stiffener design of rectangular steel tube column to H-beam connections with vertical stiffener;
垂直加劲肋方钢管柱-H梁节点加劲肋的设计
6) concrete filled steel tubular column
钢管砼柱
1.
This article describes the key construction technology and quality control of concrete filled steel tubular column of certain high rise building.
介绍高层建筑钢管砼柱的关键施工技术和质量控制方法 ,包括钢管柱的制作、组焊、安装、混凝土浇筑、坍落度调整、高位抛落并振捣的方法及钢管砼柱的质量检查方法
2.
The fire behaviors of six concrete filled steel tubular columns insulated using cement mortar with a thickness of 50mm were tested under ISO834 standard fire.
根据 ISO834标准升温条件,开展了六根采用水泥砂浆防火保护层(厚度50mm)的钢管砼柱的耐火性能试验研究。
补充资料：钢管混凝土柱刚架结构
钢管混凝土柱刚架结构
撇 钢管混凝土柱刚架结构
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条