Structural Glass Fin Façade St. Davids Hall, Cardiff

The remodelling of the entrance of St. David’s Hall in Cardiff features an array of translucent and partially pigmented structural glass fins with artistic lighting. The fins are composed of 2 x 10 mm toughened glass incorporating a red screen frit and acid etching. The fins are 300 mm deep and up t...

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Main Author: J. Wurm
Format: Article
Language:English
Published: Challenging Glass Conference 2010-05-01
Series:Challenging Glass Conference Proceedings
Subjects:
Online Access:https://proceedings.challengingglass.com/index.php/cgc/article/view/28
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author J. Wurm
author_facet J. Wurm
author_sort J. Wurm
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description The remodelling of the entrance of St. David’s Hall in Cardiff features an array of translucent and partially pigmented structural glass fins with artistic lighting. The fins are composed of 2 x 10 mm toughened glass incorporating a red screen frit and acid etching. The fins are 300 mm deep and up to 5 m long, supported by a stainless steel shoe bracket at the bottom and a fork bracket in the upper zone of the fin. Only by using a stiff Ionoplast interlayer the fins could be designed to suit the load bearing capacity of the existing structure. The robustness and safety of the design was demonstrated by a series of impact tests.
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spelling doaj.art-54201e7cbe9643508f5c2b39389011262022-12-21T21:03:19ZengChallenging Glass ConferenceChallenging Glass Conference Proceedings2589-80192010-05-012110.7480/cgc.2.236824Structural Glass Fin Façade St. Davids Hall, CardiffJ. Wurm0Arup Materials ConsultingThe remodelling of the entrance of St. David’s Hall in Cardiff features an array of translucent and partially pigmented structural glass fins with artistic lighting. The fins are composed of 2 x 10 mm toughened glass incorporating a red screen frit and acid etching. The fins are 300 mm deep and up to 5 m long, supported by a stainless steel shoe bracket at the bottom and a fork bracket in the upper zone of the fin. Only by using a stiff Ionoplast interlayer the fins could be designed to suit the load bearing capacity of the existing structure. The robustness and safety of the design was demonstrated by a series of impact tests.https://proceedings.challengingglass.com/index.php/cgc/article/view/28glass finionoplast interlayerbracket designimpact testing
spellingShingle J. Wurm
Structural Glass Fin Façade St. Davids Hall, Cardiff
Challenging Glass Conference Proceedings
glass fin
ionoplast interlayer
bracket design
impact testing
title Structural Glass Fin Façade St. Davids Hall, Cardiff
title_full Structural Glass Fin Façade St. Davids Hall, Cardiff
title_fullStr Structural Glass Fin Façade St. Davids Hall, Cardiff
title_full_unstemmed Structural Glass Fin Façade St. Davids Hall, Cardiff
title_short Structural Glass Fin Façade St. Davids Hall, Cardiff
title_sort structural glass fin facade st davids hall cardiff
topic glass fin
ionoplast interlayer
bracket design
impact testing
url https://proceedings.challengingglass.com/index.php/cgc/article/view/28
work_keys_str_mv AT jwurm structuralglassfinfacadestdavidshallcardiff