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EXPERIMENTAL VERIFICATION OF SELECTED MATERIALS FOR FLAT ROOF DETAILS
Abstract
Wood-based materials belong to the popular and widely used materials in the building industry. For example, these plates can be easily used to create often complicated details. Not all wood-based materials are suitable for the proposed environment. The effect of mistaking the choice of the right wood-based material and its application to an inappropriate environment can then result in the destruction of the details of the particular part of the structure and thus often involves a considerable financial cost to repair these details. In his work, the author presents the findings in his long-term research. This thesis deals with the assessment of the influence of built-in moisture in wood-based board material, for which conditions are simulated that can occur in selected details of flat roofs. In particular, the risk of mold and growth of wood-boring fungi is assessed. Verification of the properties of selected wood based panels was carried out by means of innovative experimental measurements. The test samples formed parts of typical flat roofs. The compositions were made in different variants with different thermal insulation and types of wood-based panels (wood shingles, cement-particle boards and birch and poplar plywood).
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