1) cable-membrane structure
索膜结构
1.
On theoretical basis and analytic procedure of cable-membrane structure;
索膜结构的理论基础和分析方法综述
2.
Creep performance analysis of cable-membrane structure based on four-element Burger model;
基于Burgers四元件模型的索膜结构蠕变性能分析
3.
Finite element method of form-finding analysis of cable-membrane structure and realization by Ansys;
索膜结构找形分析的有限元法及Ansys实现
2) membrane structures
索膜结构
1.
Comparison of decoupled method and coupled method for analysis of cable-membrane structures;
索膜结构的分步计算与整体计算对比
2.
An Elementary Research on Membrane Structures with their Influences on Architectural Design and Expression;
索膜结构及其对建筑设计与表现的影响初探
3.
A time domain method is developed to study buffeting dynamic properties of cable membrane structures under turbulent wind loads.
研究了索膜结构在脉动风作用下的动力特性。
3) cable membrane structure
索膜结构
1.
The form-finding of cable membrane structures considered integrated analysis;
考虑整体分析的索膜结构的找形
2.
The article illustrates cable membrane structure from classification of membrane structure system,and contents and analysis method of membrane structural design,and forecasts the direction of its research and development,which to offer theoretical basis for further development and application of tensioned cable membrane structure in our country.
从膜结构体系的分类、膜结构设计的内容和分析方法等方面对索膜结构进行了综述,并对今后膜结构的研究及发展方向进行了一定的展望,为我国在张拉索膜结构的进一步发展和应用提供了理论依据。
3.
The material performances and structure characteristics of cable membrane structure are introduced as well as the cutting and connection problems of membrane encountered in construction.
介绍了索膜结构的材料性能和结构特性 ,阐述了索膜结构施工中膜材料剪切和连接技术的有关问题 ,指出索膜结构是一种柔性结构 ,其材料性能、强度性能不同于一般的传统建筑材料 ,有广阔的应用前景。
4) membrane structure
索膜结构
1.
Application of maths simulating method in research of membrane structure windy reation;
数值模拟法在索膜结构风振响应研究中的应用
2.
When applying the general methods for the form-finding of membrane structures, the connecting nodes between the membrane structure and the supporting structure are regarded as fixed nodes, and the displacements of the supporting structure at the connecting nodes are not taken into account, thus resulting in the difference between form-finding results and actual situations.
针对一般的索膜结构找形时将与边界支撑相接处的索膜节点按固定节点来进行计算,没有考虑支撑结构在该节点的位移,使找形结果与实际有一定差异这一问题,在索膜结构的力密度法找形基础上,对找形过程中索膜结构与其边界支撑结构的相互作用问题进行了分析,并编制了相应的计算程序。
5) cable-reinforced membrane structures
索膜结构
1.
The whole procedure of cable-reinforced membrane structures design is composed of three parts The first one is form-finding analysis.
索膜结构的设计过程可以分为三个阶段。
6) cable and membrane structures
索-膜结构
1.
Integrated program CAFA1.0 for cable and membrane structures;
索-膜结构分析设计程序——CAFA1.0
补充资料：膜结构（membranestructure）
膜结构（membranestructure）
膜结构是指构成膜的脂类和蛋白质的空间排列。图中的双层是脂类双分子层，具有很低的通透性，疏水部分的非极性端彼此相对。a是具有疏水与亲水两部分，分别与磷脂的疏水与亲水部分结合的嵌入蛋白；b是横跨脂类双层中的嵌入蛋白；c是分布于脂类双层中的嵌入蛋白；d乃周缘蛋白，它分布于脂类双分子层的表面；e为与嵌入蛋白相连接的周缘蛋白。
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