Environmental Impact of Membrane and Foil Materials and Structures – Status Quo and Future Outlook
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Environmental Impact of Membrane and Foil Materials and Structures
– Status Quo and Future Outlook
Data publikacji: 04.09.2014
Czasopismo Techniczne, 2014, Architektura Zeszyt 7 A (14) 2014, s. 39 - 51
Autorzy
Environmental Impact of Membrane and Foil Materials and Structures – Status Quo and Future Outlook
In early times and until the 1970s most of the membrane structures built were meant to be temporary. This applies to early Roman shading systems, military, nomad and circus tents, as well as to Frei Otto’s early oeuvres. The global building sector as a whole, is of great importance with regard to a future sustainable use of our planet’s resources: Here, approx. 50% of all primary resources and 40% of all primary energy are used, and 30% of all green house gases are produced. Also, the sector is responsible for up to 40% of all solid waste1. This paper2 provides an overview on the complex aspects of environmental impacts of membrane materials and structures, and how to meassure them using life cycle assessment methodology. It briefly shows where this kind of information is used (e.g., for building assessment systems/rating schemes) and finally indicates the current status in the membrane sector.
Cremers J., Energy Issues and Environmental Impact of Membrane and Foil Materials and Structures – Status Quo and Future Outlook, Conference sb13 munich, Implementing Sustainability – Barriers and Chances, April 2013, Germany, Proceedings.
Cremers J., Environmental Impact of Membrane Materials and Structures – Status Quo., Tensinet Symposium 2013 [Re]thinking lightweight structures, Proceedings, Mimar Sinan Fine-Art University, Istanbul, May 2013, 447-456.
Cremers J., Environmental Impact of Membrane Materials and Structures – the new Tensinet Working Group on Life Cycle Assessment (LCA) for Membranes, Tensi News Newsletter 23 – Sept 2012, Newletter of the European based Network for the Design and Realisation of Tensile Structures, www.tensinet.com, 2012, 12-14.
Knippers J., Cremers J., Gabler M., Lienhard J., Construction Manual for Polymers + Membranes, Institut für internationale Architektur-Dokumentation, Munich/ New York: DETAIL/BIRKHÄUSER, 2011, cp. Chapter 7, 124-131.
Mollaert M., Environmental aspects in textile architecture, TeniNet/Vrije Universiteit Brussel, TRA2003.
Cremers J., Soft skins – innovative foil and textile architecture’, Proceedings, vol. I, 21–29, IX-th International Scientific Conference “New building technologies and design problems”, Technical University of Cracow, Poland, 2011.
Anderson J., Thornback J., A guide to understanding the embodied impacts of construction products, Construction Products Association, 2012.
Manara J. et al., Schlussbericht des BMWi-geförderten Projekts “Membrankon-struktionen zur energetischen Sanierung von Gebäuden” (“MESG”). F 12 B 2437, TIB Hannover, 2012, 10-15.
Lang W., Rampp T., Puchta K., Cremers J., Examination of Membrane Structures in Building Exteriors Using Typological and Constructive Considerations, Structural Membranes 2013, VI International Conference on Textile Composites and Inflatable Structures, Proceedings, Munich, 2013.
Website for the Texyloop process by Serge Ferrari SA, http://www.texyloop.com (captured in 4.12.2012).
Cremers J., Kapitel ‘Textiles for insulation systems, control of solar gains and thermal losses and solar systems’ im Buch ‘Textiles, polymers and composites for buildings’ (Ed. by G Pohl), Woodhead Publishing/UK, 351-374.
Monticelli C. et al., Life cycle assessment of textile façades, beyond the current cladding systems, Tensinet Symposium 2013 [Re]thinking lightweight structures, Proceedings, Mimar Sinan Fine-Art University, Istanbul, May 2013, 467-476.
Chilton J., Pezeshzadeh S., Afrin S., Embodied energy in ETFE foil construction, Tensinet Symposium 2013 [Re]thinking lightweight structures, Proceedings, Mimar Sinan Fine-Art University, Istanbul, May 2013, 457-466.
Fournier F., LCA of precontraint, composite membranes & Texyloop recycling cases studies. Tensinet Symposium 2013 [Re]thinking lightweight structures, Proceedings, Mimar Sinan Fine-Art University, Istanbul, May 2013, 487-496
Monticelli C. et al., Environmental load of ETFE cushions and future ways for their self-sufficient performances, Domingo A. and Lazaro C. (eds.), Evolution and Trends in Design, Analysis and Construction of Shell and Spatial Structures, Proceedings of the International Association for Shell and Spatial Structures (IASS) Symposium 2009, Universidad Politecnica de Valencia, Spain, 2009, 754-766
Robinson-Gayles S. et al., ETFE foil cushions in roofs and atria, Construction and Building Materials, Elsevier, 15, 2001, 323-327
Ashby M.F. et al., Materials: Engineering, Science, Processing and Design, Butterworth- Heinemann, 2007.
Fernandez J., Materials Architecture Emergent Materials for Innovative Buildings and Ecological Construction, Elsevier, Oxford 2006, 169.
Monticelli C., Environmental assessment of ultralight roof structures built with new materials: the case of the ETFE cushions, Proceedings of IASS WG18 Colloquium, 2010.
Informacje: Czasopismo Techniczne, 2014, Architektura Zeszyt 7 A (14) 2014, s. 39 - 51
Typ artykułu: Oryginalny artykuł naukowy
Tytuły:
Environmental Impact of Membrane and Foil Materials and Structures – Status Quo and Future Outlook
Environmental Impact of Membrane and Foil Materials and Structures
– Status Quo and Future Outlook
University of Applied Sciences, Stuttgart
Publikacja: 04.09.2014
Status artykułu: Otwarte
Licencja: CC BY
Udział procentowy autorów:
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AngielskiLiczba wyświetleń: 1717
Liczba pobrań: 1605