Wooden Facade and Determination of Strength of Bonded Timber Joints
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Date
2014-12-01
ORCID
Advisor
Referee
Mark
Journal Title
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Volume Title
Publisher
EDIS - Publishing Institution of the University of Zilina
Abstract
A research case focused on vented wooden façade system with bonded joints is presented in this paper. The potential of bonded joints is studied and described in more detail and verified through experimental measurements. For the purpose of tests spruce timber profiles were chosen for the load bearing substructure and Wooden plastic composite façade sheeting for the cladding. Three types of industrial adhesives intended for structural bonding were selected. The article is focused on the preparation as well as on the subsequent experimental verification of substructure bonding retention to the cladding. The adhesive bonds were tested both in tension as well as in shear at a temperature of (293.15+/-3) K and a relative humidity of (55+/-10) %. The test results proved the fact that bonded joints are more than suitable alternative to the mechanical joints. During the tests appeared some differences in stability and failure behaviour between the adhesive systems as well as within the sheeting material. Additionally, the suitability of selected group of adhesives in combination with wooden plastic cladding material as well as with the timber substructure was confirmed.
A research case focused on vented wooden façade system with bonded joints is presented in this paper. The potential of bonded joints is studied and described in more detail and verified through experimental measurements. For the purpose of tests spruce timber profiles were chosen for the load bearing substructure and Wooden plastic composite façade sheeting for the cladding. Three types of industrial adhesives intended for structural bonding were selected. The article is focused on the preparation as well as on the subsequent experimental verification of substructure bonding retention to the cladding. The adhesive bonds were tested both in tension as well as in shear at a temperature of (293.15+/-3) K and a relative humidity of (55+/-10) %. The test results proved the fact that bonded joints are more than suitable alternative to the mechanical joints. During the tests appeared some differences in stability and failure behaviour between the adhesive systems as well as within the sheeting material. Additionally, the suitability of selected group of adhesives in combination with wooden plastic cladding material as well as with the timber substructure was confirmed.
A research case focused on vented wooden façade system with bonded joints is presented in this paper. The potential of bonded joints is studied and described in more detail and verified through experimental measurements. For the purpose of tests spruce timber profiles were chosen for the load bearing substructure and Wooden plastic composite façade sheeting for the cladding. Three types of industrial adhesives intended for structural bonding were selected. The article is focused on the preparation as well as on the subsequent experimental verification of substructure bonding retention to the cladding. The adhesive bonds were tested both in tension as well as in shear at a temperature of (293.15+/-3) K and a relative humidity of (55+/-10) %. The test results proved the fact that bonded joints are more than suitable alternative to the mechanical joints. During the tests appeared some differences in stability and failure behaviour between the adhesive systems as well as within the sheeting material. Additionally, the suitability of selected group of adhesives in combination with wooden plastic cladding material as well as with the timber substructure was confirmed.
Description
Citation
ARSA - Proceedings in ARSA - Advanced Research in Scientific Areas. 2014, vol. 3, p. 331-335.
http://arsa-conf.com/archive/?vid=1&aid=2&kid=60301-72
http://arsa-conf.com/archive/?vid=1&aid=2&kid=60301-72
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Peer-reviewed
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Published version
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en
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Creative Commons Attribution-NonCommercial 4.0 International
http://creativecommons.org/licenses/by-nc/4.0/
http://creativecommons.org/licenses/by-nc/4.0/