Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures

Based on the analysis of modern construction of high-rise buildings with façade translucent structures (FTS), it was established that the actual fire resistance limit of FTS for high-rise buildings should be assessed. The criterion for loss of fire resistance of a translucent façade is the collapse...

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Autores principales: Eremina Tatiana, Korol’chenko Dmitry, Vasiliev Mikhail, Tanklevskiy Leonid, Eremin Mikhail
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Publicado: EDP Sciences 2021
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Acceso en línea:https://doaj.org/article/d53c1aef161a4d71968ae1748696553a
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spelling oai:doaj.org-article:d53c1aef161a4d71968ae1748696553a2021-11-12T11:44:23ZSome Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures2267-124210.1051/e3sconf/202132002005https://doaj.org/article/d53c1aef161a4d71968ae1748696553a2021-01-01T00:00:00Zhttps://www.e3s-conferences.org/articles/e3sconf/pdf/2021/96/e3sconf_esei2021_02005.pdfhttps://doaj.org/toc/2267-1242Based on the analysis of modern construction of high-rise buildings with façade translucent structures (FTS), it was established that the actual fire resistance limit of FTS for high-rise buildings should be assessed. The criterion for loss of fire resistance of a translucent façade is the collapse or fall-out of fragments of the translucent façade filling that contribute to the spread of fire in the building. By analyzing the experience of tests carried out fragments of buildings with FTS with simulated thermal and/or fire (flame torch) effects, the following factors are taken into account: wind loads with variable directions of air flows; access of fire-fighting and rescue units, etc. During full-scale FTS tests, a possible scenario of fire development is simulated, taking into account the fragment and features of the specimen, the fire load that affects the development of fire along the façade, the structural design of the FTS, – glass (conventional and fireresistant) and structural elements. The authors suggest that in order to ensure fire safety of high-rise buildings with FTS the fire-resistance limit assessment should be carried out on fragments of buildings with a simulation of thermal and/or fire impact, which is close to the real conditions.Eremina TatianaKorol’chenko DmitryVasiliev MikhailTanklevskiy LeonidEremin MikhailEDP SciencesarticleEnvironmental sciencesGE1-350ENFRE3S Web of Conferences, Vol 320, p 02005 (2021)
institution DOAJ
collection DOAJ
language EN
FR
topic Environmental sciences
GE1-350
spellingShingle Environmental sciences
GE1-350
Eremina Tatiana
Korol’chenko Dmitry
Vasiliev Mikhail
Tanklevskiy Leonid
Eremin Mikhail
Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
description Based on the analysis of modern construction of high-rise buildings with façade translucent structures (FTS), it was established that the actual fire resistance limit of FTS for high-rise buildings should be assessed. The criterion for loss of fire resistance of a translucent façade is the collapse or fall-out of fragments of the translucent façade filling that contribute to the spread of fire in the building. By analyzing the experience of tests carried out fragments of buildings with FTS with simulated thermal and/or fire (flame torch) effects, the following factors are taken into account: wind loads with variable directions of air flows; access of fire-fighting and rescue units, etc. During full-scale FTS tests, a possible scenario of fire development is simulated, taking into account the fragment and features of the specimen, the fire load that affects the development of fire along the façade, the structural design of the FTS, – glass (conventional and fireresistant) and structural elements. The authors suggest that in order to ensure fire safety of high-rise buildings with FTS the fire-resistance limit assessment should be carried out on fragments of buildings with a simulation of thermal and/or fire impact, which is close to the real conditions.
format article
author Eremina Tatiana
Korol’chenko Dmitry
Vasiliev Mikhail
Tanklevskiy Leonid
Eremin Mikhail
author_facet Eremina Tatiana
Korol’chenko Dmitry
Vasiliev Mikhail
Tanklevskiy Leonid
Eremin Mikhail
author_sort Eremina Tatiana
title Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
title_short Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
title_full Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
title_fullStr Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
title_full_unstemmed Some Approaches to Developing a Test Method for Determining the Actual Fire Resistance Limit of Façade Translucent Structures
title_sort some approaches to developing a test method for determining the actual fire resistance limit of façade translucent structures
publisher EDP Sciences
publishDate 2021
url https://doaj.org/article/d53c1aef161a4d71968ae1748696553a
work_keys_str_mv AT ereminatatiana someapproachestodevelopingatestmethodfordeterminingtheactualfireresistancelimitoffacadetranslucentstructures
AT korolchenkodmitry someapproachestodevelopingatestmethodfordeterminingtheactualfireresistancelimitoffacadetranslucentstructures
AT vasilievmikhail someapproachestodevelopingatestmethodfordeterminingtheactualfireresistancelimitoffacadetranslucentstructures
AT tanklevskiyleonid someapproachestodevelopingatestmethodfordeterminingtheactualfireresistancelimitoffacadetranslucentstructures
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