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Application of the Tensegrity Principles on Tensile Textile Constructions

机译:张力原理在拉伸纺织结构中的应用

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The purpose of this document is to study the application of Tensegrity principles on tensile textile constructions, which is one of points of the PhD Thesis that the author is writing under the tutorship of Prof. Josep Ignasi Llorens and Prof. Ramon Sastre, professors at the Polytechnic University of Catalunia. This work studies the basic concept of Tensegrity unit, its classification according a previous researcher (Anthony Pugh) and the author's contribution, focused on new generations of forms. Through the geometry and computer software, another typology and a constructive simple method is developed, bearing in mind, some aspects as important as system pretension to find its balance.rnThe objective principal is to contribute in a particular way to the application of the tensegrity in architectural spaces, in this case sports spaces through a new proposal that generates an external ring in tensegrity with a central dome, free of any interior support, by formfinding a diamond membrane pattern with discontinuous struts in a double layer that find their equilibrium through the tension of the membrane.rnIn the following examples one can observe that traditional tensegrity tendons are replaced by membranes Fig 1, which is the main contribution of this work that finds geometry and its constructive method of the different prototypes with the help of software like AutoCAD and WinTess (a software development by Ramon Sastre), which verifies the structural equilibrium.
机译:本文档旨在研究Tensegrity原理在拉伸纺织品结构中的应用,这是作者在Josep Ignasi Llorens教授和Ramon Sastre教授的指导下撰写的博士学位论文的重点之一。加泰罗尼亚理工大学。这项工作研究了Tensegrity单位的基本概念,根据以前的研究人员(Anthony Pugh)进行的分类以及作者的贡献,重点是新一代形式。通过几何和计算机软件,开发了另一种类型和一种构造简单的方法,同时牢记了一些重要方面,如系统自负以找到其平衡。rn客观原理是以特定方式为应用中的张力做出贡献。建筑空间,在本例中为运动空间,这是通过提出一项新建议而提出的,该建议通过在双层中形成具有不连续支柱的菱形膜模式,通过张力找到平衡,从而产生一个与中央穹顶紧绷的外环,而没有任何内部支撑在下面的示例中,可以看到传统的张紧腱被膜代替了。图1是这项工作的主要贡献,该工作借助AutoCAD和WinTess等软件找到了不同原型的几何形状及其构造方法。 (Ramon Sastre的软件开发),它验证了结构平衡。

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