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高空大跨度
相关语句
  high and large span
     Construction Technique of Cable Supporting System of High and Large Span Cast-in-place Cantilever Structure
     高空大跨度现浇悬挑结构钢索支撑体系的施工技术
短句来源
  high and long-span
     Supporting Technique for Construction of High and Long - Span Cantilever Corridor
     高空大跨度悬挑连廊的支撑施工
短句来源
     Formwork Supporting Technique for Construction of High and Long-Span Corridor
     高空大跨度联廊支模施工技术
短句来源
     Construction Technology of Flying Scaffold for Cast-in-Place Concrete Floor Formwork for High and Long-Span Steel-Structure Corridor
     高空大跨度钢连廊现浇楼面的模板吊架施工工艺
短句来源
  “高空大跨度”译为未确定词的双语例句
     Construction of Extra-Large Skewed Beam With 34.5m High Above Ground And Large Span
     34.5m高空大跨度重型斜交巨型梁的施工
短句来源
     FORMWORK SUPPORT TECHNOLOGY FOR LARGE SPANNED OVERHANGING STRUCTURE HIGH ABOVE GROUND
     高空大跨度斜拉悬挑结构模板支撑技术
短句来源
     In the construction of the large spanned overhanging structure of Beijing Guangcai Center, diagonal tied overhanging steel platform technology is employed in support system. Diagonal angle steel rods are used to fix the overhanging beam to form a steel platform on which support frame is erected.
     北京光彩中心高空大跨度悬挑结构施工中,支撑体系采用斜拉悬挑钢平台技术,利用角钢斜拉杆固定悬挑钢梁形成支撑钢平台,在支撑钢平台上搭设支撑架;
短句来源
  相似匹配句对
     Preliminary Experimental Report on Cultivating Big Seedlings with Overhead Marcottage
     高空压条法培育苗试验简报
短句来源
     Application of Overhead Large Cantilever Scaffold System to High-Rise Building
     高层高空悬挑脚手架的施工应用
短句来源
     Big Aristotle
     “”亚里士多德
短句来源
     Big and Good Matter
     好事
短句来源
     Application of Large Span Steel Beams' High Position Sliding Construction Technology
     跨度钢梁高空滑移施工技术应用
短句来源
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Using hanging load form in high place with large span where heavy load form is needed can meet the stiffness requirement specified in the specifications. However, more steel will be consumed because the steel strength can not be fully utilized. It is suggested that the load form should be designed by using permissible stress method and the calculation of deformation is carried out in this paper. Then the bed course can be used to offset the deformation and effective method can be used to control the cracks in...

Using hanging load form in high place with large span where heavy load form is needed can meet the stiffness requirement specified in the specifications. However, more steel will be consumed because the steel strength can not be fully utilized. It is suggested that the load form should be designed by using permissible stress method and the calculation of deformation is carried out in this paper. Then the bed course can be used to offset the deformation and effective method can be used to control the cracks in placing concrete. This method can reduce the steel consumption and obtain excellent concrete quality.

对于位居高空大跨度重型承重模板宜采用梁吊式承重模板 ,但要满足规范规定的刚度要求将不能充分发挥钢材的强度使耗钢量巨大。我们采用许用应力法设计 ,后计算变形 ,再用垫尖起拱抵消浇筑变形 ,并配套有效地控制裂缝的浇筑方法。达到了节省钢材 ,使混凝土结构变形达到规范要求。

In the construction of the large spanned overhanging structure of Beijing Guangcai Center, diagonal tied overhanging steel platform technology is employed in support system. Diagonal angle steel rods are used to fix the overhanging beam to form a steel platform on which support frame is erected. By means of "replacing the press with the tensile, and utilizing existing concrete structure rationally", component weight is reduced, and construction cost saved. After formwork is dismantled, the maximum subsidence...

In the construction of the large spanned overhanging structure of Beijing Guangcai Center, diagonal tied overhanging steel platform technology is employed in support system. Diagonal angle steel rods are used to fix the overhanging beam to form a steel platform on which support frame is erected. By means of "replacing the press with the tensile, and utilizing existing concrete structure rationally", component weight is reduced, and construction cost saved. After formwork is dismantled, the maximum subsidence of the overhanging structure is only 4.3 mm, achieving a good effect.

北京光彩中心高空大跨度悬挑结构施工中,支撑体系采用斜拉悬挑钢平台技术,利用角钢斜拉杆固定悬挑钢梁形成支撑钢平台,在支撑钢平台上搭设支撑架;运用“以拉代压,合理借用现有混凝土结构”的方法,降低了构件的自重并节约了施工费用。模板拆除后悬挑结构最大下沉量仅为4.3mm,效果良好。

By utilizing the construction structure as the supporting point and suspending point of cable, the supporting flat is formed. So the supporting and spanning work of high and large span cantilever structure can be set up.

利用工程结构作为钢梁的承力支点及钢索的吊点 ,通过钢索悬吊钢梁形成持力平台 ,从而实现了高空大跨度悬挑结构的模板支设工作

 
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