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Review of large-scale fire tests on cross-laminated timber

机译:综述交叉层压木材大型火灾试验

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摘要

Concerns about the environmental impact of building construction is leading to timber being more commonly used. However, it often faces scepticism regarding its safety in the event of fire. This article provides a point of reference on the fire performance of cross-laminated timber through a review of large-scale tests. Although adequately protecting CLT can make its contribution to fire insignificant, some of the internal surface of an enclosure can be exposed whilst still achieving adequate fire performance. Natural fire tests show that the charring rate and zero-strength layer thickness are higher than commonly used in guidance documents. The type of adhesive used to bond lamellae influences performance where delamination can lead to secondary flashovers, particularly in smaller enclosures. Structural elements can potentially collapse without self-extinction and/or suppression intervention. Tests to date have focussed on a residential context and knowledge gaps remain regarding larger enclosures, such as office-type buildings.
机译:对建筑施工环境影响的担忧导致木材更常用。然而,它通常面临着对火灾安全的怀疑主义。本文通过对大规模测试的审查提供了交叉层压木材火灾性能的参考点。虽然充分保护CLT可以使其对火的贡献微不足道,但是在仍然实现足够的火力性能时,外壳的一些内表面可以暴露。自然火灾试验表明,炭化率和零强度层厚度高于指导文件中的常用。用于粘合LAMELLAE的粘合剂的类型会影响分层可以导致二次闪光件的性能,特别是在较小的外壳中。结构元件可能潜在地崩溃而没有自消光和/或抑制干预。迄今为止的测试专注于住宅上下文,知识差距仍然存在较大的外壳,例如办公型建筑物。

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