1) stiff steel reinforced column
劲性钢骨柱
2) SRC structure
劲性结构
1.
There are a lot of SRC structures in CCTV main building,and the joints of SRC structure should be optimized from two aspects: satisfying design requirements and operability on-site.
CCTV主楼工程存在大量的劲性结构(SRC结构),需要从满足设计要求和现场可操作两方面进行SRC结构节点优化,并在钢结构深化设计和加工制作阶段进行相应节点连接件的定位、焊接等工作,以保证钢构件安装后混凝土构件的顺利施工。
3) stiffness column
劲性柱
1.
The construction technology for stiffness columns in Xiamen east times plaza;
厦门东方时代广场劲性柱施工技术
2.
According to engineering features,considering such conditions:the working of rolled steel shapes materi-als in the columns,the installation of the rolled steel shapes in the columns,the reinforcment work of stiffness columns,the formwork,the concrete work,etc.
国家大剧院工程中,歌剧院、戏剧院及音乐厅内分别有8根、10根、18根矩形劲性混凝土柱,根据工程特点,从柱内型钢材料加工,柱内型钢安装,劲性柱的钢筋工程,模板工程和混凝土工程等方面制订施工方案,解决了一系列施工难题,劲性柱满足设计和规范的要求。
4) stiff cable
劲性索
1.
With the new concept of upset stiff cable structure,frequency of this type of steel truss arch structures is determined by energy variational method.
采用有限元分析软件AN SY S对一种钢桁架拱结构进行固有振动分析,同时将钢桁架拱看作倒置的劲性索结构,采用劲性索结构的分析理论——能量变分法分析这类结构的频率,并将得到的结果进行了比较。
5) stiff beam
劲性梁
1.
These technologies include the scheme of prestress plane lapping,the deep design of transition beam,joints disposal in construction of steel pipe column prestressed beam,wavy pipe locating in prestressed stiff beam,super-long prestressed strands penetrating.
着重介绍了广州琶州跨国采购中心预应力平面搭接方案和转换梁的深化设计、施工中钢管柱与预应力梁节点处理、预应力劲性梁中波纹管定位、超长预应力穿束技术。
6) Stiff skeleton
劲性骨架
1.
Combining with the practical cantilever construction of a continuous box beam bridge, authors analyze the setting-up and stress of the stiff skeleton at locking section of the middle span, deduce theoretical calculation formulas for designing a stiff skeleton, and state the influence of stiffness of a stiff skeleton on the general structure of a bridge.
结合某连续箱梁桥悬臂施工实践,对中跨合龙段劲性骨架设置和受力进行了分析,推导了劲性骨架设计的理论计算公式,并分析了劲性骨架刚度大小对桥梁整体结构的影响。
2.
This paper discusses the construction charateristics of a reinforced concrete areh bridge with stiff skeleton of concretefilled steel tubes.
论述了钢管混凝土作为劲性骨架施工的钢筋混凝土拱桥的行为特点，此类桥的结构在施工过程中，历经三种状态：①劲性骨架状态，②劲性骨架的一部分杆件被混凝土包裹的状态，③钢筋混凝土拱业已形成之后的成桥状态。
3.
This paper discusses the construction characteristics of reinforced concrete arch bridge with stiff skeleton of concrete filled steel tubes.
论述了劲性骨架法施工的特点，用荷载增量法并考虑几何非线性和材料非线性影响以及施工加载历程，建立了３种计算模型，对用劲性骨架法施工的大跨度混凝土拱桥各施工阶段稳定性进行了分析研究，提出各种计算模型的适用范围。
参考词条
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
说明：补充资料仅用于学习参考，请勿用于其它任何用途。