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1)  wheel tension structure
车辐式张拉结构
1.
During full construction process of wheel tension structure,the control and verification of structural configurations and corresponding internal force distributions during the tension process of whole roof was focused generally by designers,because both structural configurations and internal forces for such a tension structure are strongly depended on each other.
车辐式张拉结构造型轻盈通透,常作为大跨度体育场建筑的屋盖结构形式。
2)  spoke structures
车辐式结构
1.
Constraints removed method for self-stress mode problem of spoke structures
求解车辐式结构自应力模态的逐点去约束法
3)  tensile membranes
张拉式薄膜结构
4)  tension structure
张拉结构
1.
In the form-finding process of traditional tension structures supported by elastic bars,such as the cable-web structure and the cable-membrane structure,the interaction between the structure and the elastic supports is usually neglected.
张拉结构与传统的钢、砼等刚性结构不同,是一种柔性的张力体系,其设计计算过程一般分为初始形状的确定(找形)—荷载分析—裁剪分析。
2.
At the same time the application of tension structure in space structure is elaborated too.
通过一些实例分析了实现建筑与结构统一的内涵 ,阐述了张拉结构在空间结构中的应用。
3.
Various numerical methods including mainly the finite element methods with two--nodestraight-line and polynode curved cable element have been presented to analyze the nonlinearity ofthe tension structures which airs playing a great role in structures.
提出适合张拉结构几何非线性分析的两节点曲线单元有限元方法。
5)  tensile structure
张拉结构
1.
Design and construction analysis of cable-strut tensile structures;
索杆张拉结构的设计和施工全过程分析
6)  Tension structures
张拉结构
1.
A finite element method with five node isoparametric element for nonlinear analysis of tension structures;
张拉结构非线性分析的五节点等参单元
2.
On tension structures analysis, form finding is one of the key phrases.
结构的找形问题是张拉结构分析中的关键问题。
3.
The analysis of large-span tension structures represents a highly geometrically non-linear problem,whose analytical solution is very difficult to obtain.
大跨度张拉结构的风致动力响应具有几何非线性明显和风与结构的耦合作用不可忽略等特点 ,对这一问题的研究具有较大的理论难度 ,一直是风工程领域关注的焦点 。
补充资料:车辐
1.车的轮辐。 2.仪仗用的木棒。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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