Design of membrane- and lightweight structures
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Published by VUB University Press in Brussels .
Written in English


Book details:

Edition Notes

StatementMarijke Mollaert, Sven Hebbelinck, Jürgen Haase (eds.).
Classifications
LC ClassificationsTP
The Physical Object
Pagination315 p. :
Number of Pages315
ID Numbers
Open LibraryOL20127224M
ISBN 109054873213

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The simplicity in the shape of fabric structures is not, however, reflected in the design process which is made complex by the flexibility of the material. Applied loads have a big impact on the final shape of the structure and the unique shapes of tensioned cable net and membrane structures cannot be described by simple mathematical methods.   The same as tensile membrane structures, cable net structures are a kind of tensile structures that cannot endure compression and bending stresses, and can be classified into fully supported cable net structures (as shown in Fig. 2(a)) and partly supported cable net structures (as shown in Fig. 2(b)).However, because of their line member components, cable net structures own .   A lightweight transient architecture is different from the permanent architecture we used to see every day. A lightweight architecture can be thin enough to defy gravity and create an impression of floating in air. The membrane, which is used to cover the space in a lightweight structure reflects the transient character of light and shadow of outside into the interior space. The design of membrane and lightweight structures. Proceedings of the Symposium at the Verije Universiteit Brussel, edited by Verije Universiteit Brussel, Brussels University Press, Brussels, Belgium. Mollaert, Marijke, ed. ().

Lightweight Structures is an innovative company delivering unique fabric roofs for bowling greens. Bowling green covers is our core business, not just part of what we do. From protection from wind, rain & cold in Victoria, to shielding players from the sun and heat & torrential rain of Queensland, every project requires a unique design. Designing appropriate acoustics for spaces enclosed by fabric membrane structures can be challenging due to the lightweight physical properties of the membrane materials. Ethylene tetrafluoroethylene (ETFE) pillows have unique acoustic characteristics due to their thickness, weight, and airspace. - Explore Ingrit Winata's board "Membrane structure", followed by people on Pinterest. See more ideas about Membrane structure, Tensile structures, Fabric structure pins. Formfinding of Membrane Structures Architectural membranes are lightweight structures which combine an optimal material utilization with an impressive language of shapes. With a thickness in the range of millimeters these structures possess no bending stiffness at all.