DESIGN AND ANALYSES OF HYBRID FACADE PANELS CREATED WITH TRANSPARENT WOOD BIO-COMPOSITES

The paper presents the initial results of research focused on the possibilities of using transparent wood for building envelope structural elements in architecture. Sometheoretical analyses of the hybrid envelope panelsmade with different types of transparent wood were carried out. The aimof the study was to assess static and hygrothermal behaviour of such panels. The panels were considered to be two layers of transparent wood bio-composites each 10 mm thickglued to an oak timber frame with only plain air as insulator in the panel.Because only small samples of transparent wood were produced so far, it was considered that mechanical properties of small samples would be retained in large ones as well.

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Publication Details

Journal
Wood Research
Published
2024-12-18
DOI
https://doi.org/10.37763/wr.1336-4561/69.4.730743
Primary Topic
Architecture and Computational Design
Type
article
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article

DESIGN AND ANALYSES OF HYBRID FACADE PANELS CREATED WITH TRANSPARENT WOOD BIO-COMPOSITES

Viktória Bajzecerová, J. Kanocz, Viktor Karľa, MICHAL TOMKO et al.
Wood Research
Architecture and Computational Design
article

DESIGN AND ANALYSES OF HYBRID FACADE PANELS CREATED WITH TRANSPARENT WOOD BIO-COMPOSITES

Viktória Bajzecerová, J. Kanocz, Viktor Karľa, MICHAL TOMKO, TOMÁŠ BAROŠ
article en

Abstract

The paper presents the initial results of research focused on the possibilities of using transparent wood for building envelope structural elements in architecture. Sometheoretical analyses of the hybrid envelope panelsmade with different types of transparent wood were carried out. The aimof the study was to assess static and hygrothermal behaviour of such panels. The panels were considered to be two layers of transparent wood bio-composites each 10 mm thickglued to an oak timber frame with only plain air as insulator in the panel.Because only small samples of transparent wood were produced so far, it was considered that mechanical properties of small samples would be retained in large ones as well.

Wood ResearchVol. 69(4)
Sustainable cities and communities
Openalex Percentile: Top 74%
Architecture and Computational Design
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