A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Manufacturing of Innovative Self-supporting Sheet-metal Structures Representing Freeform Surfaces
In the architecture and construction sector the increasing wish for individualization is often expressed in complex-shaped freeform buildings. Due to missing universal and mature construction methods, freeform buildings are usually realized using customized solutions often including material-consuming substructures, while the visible skin has neither structural nor functional properties. In this context a new concept is presented for manufacturing self-supporting lightweight freeform structures that integrates load-bearing, functional properties and façade design in one unit, using a double-layered structure. The realized prototype building demonstrates an efficient lightweight freeform structure with a surface specific weight of less than 16 kg/m2.
Manufacturing of Innovative Self-supporting Sheet-metal Structures Representing Freeform Surfaces
In the architecture and construction sector the increasing wish for individualization is often expressed in complex-shaped freeform buildings. Due to missing universal and mature construction methods, freeform buildings are usually realized using customized solutions often including material-consuming substructures, while the visible skin has neither structural nor functional properties. In this context a new concept is presented for manufacturing self-supporting lightweight freeform structures that integrates load-bearing, functional properties and façade design in one unit, using a double-layered structure. The realized prototype building demonstrates an efficient lightweight freeform structure with a surface specific weight of less than 16 kg/m2.
Manufacturing of Innovative Self-supporting Sheet-metal Structures Representing Freeform Surfaces
Bailly, D. (author) / Bambach, M. (author) / Hirt, G. (author) / Pofahl, T. (author) / Herkrath, R. (author) / Heyden, H. (author) / Trautz, M. (author)
2014
6 Seiten, 7 Quellen
Conference paper
English
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