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Title Mechanical properties of sustainable wooden structures reinforced with Basalt Fiber Reinforced Polymer // Magazine of Civil Engineering. – 2020. – № 8 (100). — С. 10012
Creators Kozinetc K. G.; Kaarki T.; Barabanshchikov Yu. G.; Lahtela V.; Zotov D. K.
Imprint 2020
Collection Общая коллекция
Subjects Строительство; Строительные материалы и изделия; wooden structures; stability of wooden structures; structural strength; mechanical structures; polymer reinforcement; basalt fibers; eco-friendly materials; деревянные конструкции; устойчивость деревянных конструкций; прочность конструкций; механические конструкции; армирование полимерами; базальтовые волокна; экологически чистые материалы
UDC 691
LBC 38.3
Document type Article, report
File type PDF
Language English
DOI 10.18720/MCE.100.12
Rights Свободный доступ из сети Интернет (чтение, печать, копирование)
Record key RU\SPSTU\edoc\66151
Record create date 2/9/2021

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The long-lasting materials are sustainable goal for future, which were improved with various material combination, such as wood and basalt fibers. When materials with various nature were combined, properties might be altered and those must be evaluated. This study investigates the effect of basalt fibers on the wooden structure. Test materials were three various wood frames; pure, reinforced, and basalt fiber reinforced frames. The materials were analyzed by mechanical tests and elements were modelled with software package. In mechanical test, the strength value of pure and reinforced wooden structures ranging from 5.2 to 11.2 kN with a 19-25 mm deformation. The strength and deformation of basalt reinforced frames varied between 12.0-18.6 kN and 4-6 mm, correspondingly. Finite element modeling supported to the achieved results in the mechanical tests. It is concluded that basalt fiber reinforced wooden structures are more sustainable material from the viewpoint of material features.

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