Tensile Fabric Structures International Company拉伸织物结构的国际化公司

The load bearing in the tension fabric structures can be generalised as follows:承载的紧张织物结构可以笼统如下：
1 The dead load of the architecture membrane structures is very much less than 50 n/m2. 1自重建筑膜结构非常不少于50 n/m2 。
2 Roof live loads are not relevant to tensile fabric structures but there are typically designed for normal loads.第2屋面活荷载不相关的拉伸织物的结构，但通常是专为正常负荷。
3 Seismic load not applicable because of low mass.三地震荷载不适用，因为低质量。
4 Wind [...]第4风[...]

Tension fabric structures may be designed by the designer and build approach or by engineering consultant with specilialized knowledge in this tensile fabric structures technology.张力织物结构可设计的设计者和建造方法或工程顾问specilialized知识在这拉伸织物结构方面的技术。 Normally architects will provide general parameters and let the tensile membrane specialist to to provide details engineering and connection solution.通常建筑师将提供一般的参数，并让拉伸膜专家提供细节工程和连接解决方案。
Building tensile fabric structures can become problematic when owners and constructors [...]建设拉伸织物结构可以成为一个问题时，业主和建设者[...]

Tensile fabric structures featured in the Press Release.拉伸织物结构功能的新闻发布。 We are pround that we are recognise tension fabric structures in the market.我们pround ，我们认识到紧张织物结构的市场。

This guide is very useful to someone who is new in the tensile fabric structures.本指南是十分有益的人谁是新的拉伸织物结构。 This is a good guide for architect, designer and owner.这是一个很好的指南，建筑师，设计师和业主。

Click here to read the details: Press Release点击这里阅读详细信息：新闻发布

This is a preliminary method statement for fabric structures, and therefore the content is set out in a basic format.这是一个初步的方法声明织物结构，因此，内容是规定在一个基本的格式。
The erection statement for architectural fabric structuresthat will accompany this project.竖立声明建筑结构structuresthat将伴随这一项目。
The erection statment for tensile fabric structures is significantly more detailsand comprehensive drawings.竖立声明拉伸织物结构有显着的detailsand全面的图纸。

1. 1 。 Erect steel columns and lift beam / trusses into place;立钢柱，并解除束/桁架到位;
2. 2 。 [...]

link here链接在这里

The demo of Kurvenbau lightweight structure design software Tess3D showing how the tensile fabric structures design process.该演示的Kurvenbau轻巧结构设计软件Tess3D显示如何拉伸织物结构设计的过程。 How to develop the fabric structure from sketch to 3D structures.如何发展织物结构从素描到三维结构。 As part of the analysis where the sun shade, rain load, snow load and wind load serve as a important factor in the design development process of [...]作为分析的太阳阴影，雨负荷，雪荷载及风荷载作为一个重要的因素在设计发展进程中的[...]

Form finding in tensile fabric structures is the process finding a balance and reasonable geometry and suitable shape for a design because the fabric membrane is flexible.调查表中拉伸织物结构的过程是寻求一个平衡和合理的几何形状和适当的设计，因为膜的结构是灵活的。
Membrane used in fabric structures are structural element.膜中使用的织物结构的结构性因素。 Due to the fabric used in the tensile fabric structures the structural membrane under went changes of shape and form under [...]由于织物所用的拉伸织物结构膜结构下的去改变形状和形式下[...]

Pictures from forum of chinese steel construction in tensile fabric structures and tensile world.图片来自论坛的中国建筑钢材拉伸织物结构和拉伸的世界。
Beijing’s National Swimming Center - The Water Cube北京国家游泳中心-水立方
Seating capacity - 17,000座位数-1 7000
Gross floor area - 70,000m²总楼面面积-7 0000平方米
Structure - size 177×177×31m, there are 22,000 steel members and 12,000 nodes, is made of 6,500 tonnes of steel结构-尺寸1 77× 1 77×三一米，有2 .2万钢委员和1 2000节点，是由6 500吨钢材
There are 4,000 bubbles(ETFE cushions) with the maximum bubble diameter [...]有4000泡沫（ ETFE坐垫）与最大的气泡直径[...]

Pictures from forum of chinese steel construction in tensile fabric structures and tensile world.图片来自论坛的中国建筑钢材拉伸织物结构和拉伸的世界。
Beijing National Stadium北京国家体育场
Seating capacity - 80,000座位数-8 0,000
Total site area - 204,278m²土地总面积-2 04278平方米
Gross floor area - 258,000m²总楼面面积-2 58,000平方米
Structure - 36km of unwrapped steel length结构-三六公里的哨长钢
Height - 69.2m above pitch level高度-六十九点二米以上水平间距
The steel roof, a single 330m long by 220m wide structure, weighing 45,000 tonnes钢屋盖，一个长期的三百三十〇米全二百二十米结构，重达4.5万吨
Design consortium设计联合体
Herzog & de Meuron [...]德默隆[...]