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Mednarodni projekti vir: SICRIS

Structural Glass - Novel design methods and next generation products

Raziskovalci (2)
št. Evidenčna št. Ime in priimek Razisk. področje Vloga Obdobje Štev. publikacijŠtev. publikacij
1.  30691  dr. David Antolinc  Gradbeništvo  Raziskovalec  2010 - 2014 
2.  05772  dr. Roko Žarnić  Gradbeništvo  Raziskovalec  2010 - 2014 
Organizacije (1)
št. Evidenčna št. Razisk. organizacija Kraj Matična številka Štev. publikacijŠtev. publikacij
1.  0792  Univerza v Ljubljani, Fakulteta za gradbeništvo in geodezijo  Ljubljana  1626981 
The main objective of this Action is to provide a strong contribution to the ongoing development of innovative high performance structural glass products mainly in architectural and solar applications, and to European standards in this field. The Action will identify and share the outcomes of existing fragmented activities within the European research community. In addition, the Action will establish a diverse multi-disciplinary network that will encourage new research and collaborations. Finally, the Action will strengthen the current and future generations of European glass designers by developing a structural glass educational pack for university curricula across Europe.The STRUCTURAL GLASS Action will result in high impact scientific and engineering advances. In addition, the STRUCTURAL GLASS Action is expected to result in substantial benefits with respect to economics, well-being and the environment. More specifically, the Action will strengthen Europe’s leading position in the growing market of architectural glass manufacture, building façades and renewable energy applications by developing European design methods and novel high-performance products. This Action will directly contribute to safer products and risk analysis-based design methods. In doing so, it will reduce glass-related injuries, which generally constitute an unacceptably high proportion of casualties in extreme loading events. Finally, the research themes supported by this COST Action will directly lead to a reduction in embodied energy and will contribute to reducing energy demand in buildings.
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