2009
DOI: 10.1016/j.firesaf.2009.07.007
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Experimental analysis of cross-laminated timber panels in fire

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Cited by 160 publications
(110 citation statements)
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“…A similar concept is already used in EC5 [4] for initially protected timber surfaces with protection that subsequently becomes ineffective after a period of heating. This approach has also been suggested by Frangi et al [38] for predicting charring rates of exposed timber after delamination in standard furnace tests.…”
Section: Importance Of Clt Lay-upmentioning
confidence: 93%
“…A similar concept is already used in EC5 [4] for initially protected timber surfaces with protection that subsequently becomes ineffective after a period of heating. This approach has also been suggested by Frangi et al [38] for predicting charring rates of exposed timber after delamination in standard furnace tests.…”
Section: Importance Of Clt Lay-upmentioning
confidence: 93%
“…The first (Project 'CLT 1') relates to developing acceptable solutions for regulatory approval of CLT buildings and addresses the technical barriers required to ensure a safe, acceptable product for urban infill development, including the obvious question of fire safety. The fire performance of CLT panels and timber high-rise buildings has been subject to extensive testing and detailed evaluation over the last decade; e.g., the measured burning speed of CLT panels is around 0.6 mm per minute [34,[72][73][74].…”
Section: Swapping Backyards For Balconies: a Methodology For Further mentioning
confidence: 99%
“…Contemporary technology has changed both the way in which timber buildings are converted and assembled [33], and how these can be protected against fire, insects and decay [34][35]. Wood is one of the oldest construction materials and one of the most utilized worldwide (more than steel and concrete) in construction [36].…”
Section: Forests Trees Wood Products and Carbon Sinks: Grown By Thementioning
confidence: 99%
“…Table 4 presents the standard strength indicators for homogenous CLT panel made of 14 mm thick timber of classes C24 and C28 (Jöbstl and Schickhofer, 2007;Brandner and Schickhofer, 2008). The obtained strength parameters in association with thermal insulation indicators, fi re resistance (R30 to R90) (Frangi et al, 2009) and ecological aspects, bring CLT products to the forefront of structural materials manufactured from natural raw materials.…”
Section: Wieruszewski Mazela: Cross Laminated Timber (Cltmentioning
confidence: 99%