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首页> 外文期刊>International Journal of Space Structures >A Foldable Umbrella Structure - Developments and Experiences
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A Foldable Umbrella Structure - Developments and Experiences

机译:可折叠的雨伞结构-发展和经验

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摘要

Folded surface structures (FSS) offer a fascinating variety of structural and formal choices which are characterized by efficient use of lightweight materials such as thin flat cardboard, plywood, plastic sheet, or sheet metal for load bearing structures. FSS are particularly suitable for intelligent low-cost buildings - such uses include exhibitions, major events, as well as emergency operations. The properties of foldable umbrella shapes have been examined at the Department for Structural Design and Timber Engineering, Vienna University of Technology (VUT) within the context of a special seminar-workshop with architecture students. This article highlights the determination of shape-geometry and their special characteristics when used in an constructional context (material thickness, joints and bracing). Design and construction of a foldable umbrella prototype-model structure within an educational context demonstrates a practical application. Findings of this work can also be assigned to other shapes of antiprismatic folded surface structures (6-fold pattern).
机译:折叠式表面结构(FSS)提供了多种引人入胜的结构和形式选择,其特征是有效地使用了轻质材料,例如薄的硬纸板,胶合板,塑料板或金属板作为承重结构。 FSS特别适用于智能低成本建筑-这样的用途包括展览,重大活动以及紧急行动。维也纳工业大学(VUT)的结构设计和木材工程系在与建筑系学生一起的专门研讨会上对可折叠伞形的特性进行了研究。本文重点介绍了在建筑环境(材料厚度,接缝和支撑)中使用时形状几何的确定及其特殊特征。在教育背景下可折叠伞原型模型结构的设计和构建证明了实际应用。这项工作的发现也可以归因于其他形状的反棱形折叠表面结构(6折图案)。

著录项

  • 来源
    《International Journal of Space Structures》 |2011年第1期|p.1-18|共18页
  • 作者

    Stefan Jaksch; Vinzenz Sedlak;

  • 作者单位

    ITI, Institut fuer Architekturwissenschaften - Tragwerksplanung and Ingenieurholzbaeu, Fakultaet fuer Architektur, Technische Universitaet Wien (Department for Structural Design and Timber Engineering, Institute for Architectural Science, Faculty of Architecture, Vienna University of Technology, Austria);

    rnITI, Institut fuer Architekturwissenschaften - Tragwerksplanung and Ingenieurholzbaeu, Fakultaet fuer Architektur, Technische Universitaet Wien (Department for Structural Design and Timber Engineering, Institute for Architectural Science, Faculty of Architecture, Vienna University of Technology, Austria);

  • 收录信息 美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    folded surface; lightweight materials; antiprismatic shapes; foldable umbrella; prototype;

    机译:折叠表面轻质材料;反棱柱形状;折叠伞原型;

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