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ŽAJDLÍK, T. ŠUHAJDA, K. PRŮŠA, D.
Original Title
Medium-Scale Fire Resistance Testing of Timber Structures with Composite Cement Fibre Materials
Type
journal article in Web of Science
Language
English
Original Abstract
The combustibility of natural wood presents a negative impact for using this material in buildings. Timber elements can be cladded with boards made of non-combustible materials. This study represents a group of options for increasing the resistance of timber against the effects of fire and the possibility of slowing down the effect of thermal degradation of wood. The aim of this study is focused on an experimental testing of structures with timber elements protected by cement fibre boards as a non-combustible fire retardant. Cement fibre boards are fibre-reinforced composite materials used for systems of dry constructions. These boards present the highest degree of fire reaction class (A1). The behaviour of the structure, loaded by the effects of fire, was monitored during the experiment. The specimen was tested with reduced dimensions. The temperature loading corresponded to the procedure according to the standards. The final fire resistant (FR) results were evaluated in accordance with the requirements for the selected limit states of FR. This was assessed based on the measured temperatures and the whole condition of the tested specimen. The specimen fulfilled the fire-separating function of the structure for the classification times.
Keywords
cement fibre board; timber structure; fire resistance; structural part; thermal degradation; fire exposure
Authors
ŽAJDLÍK, T.; ŠUHAJDA, K.; PRŮŠA, D.
Released
15. 2. 2023
Publisher
MDPI
Location
Basel, Switzerland
ISBN
2075-5309
Periodical
Buildings
Year of study
13
Number
2
State
Swiss Confederation
Pages from
1
Pages to
12
Pages count
URL
https://doi.org/10.3390/buildings13020527
BibTex
@article{BUT187380, author="Tomáš {Žajdlík} and Karel {Šuhajda} and David {Průša}", title="Medium-Scale Fire Resistance Testing of Timber Structures with Composite Cement Fibre Materials", journal="Buildings", year="2023", volume="13", number="2", pages="1--12", doi="10.3390/buildings13020527", issn="2075-5309", url="https://doi.org/10.3390/buildings13020527" }