Titlebook: Bio-Based Building Materials; Proceedings of ICBBM Sofiane Amziane,Ildiko Merta,Jonathan Page Conference proceedings 2023 The Editor(s) (if

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Astrophysics and Space Science Librarylleviate this problem is to increase the use of wood in the construction of buildings. However, the adhesives used in the design of engineered wood products are synthetic adhesives that rely heavily on the use of materials of fossil origin and therefore non-renewable, such as formaldehyde. Common me

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https://doi.org/10.1007/978-3-319-12916-7missions. These emissions are primarily associated with (1) the burning of fossil fuels to heat cement kilns and (2) the release of CO. during limestone calcination. One proposed strategy for CO. reduction includes the use of functional limestone fillers, which reduce the amount of portland cement i

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Yurij M. Berezansky,Mykola E. Dudkinusing on geopolymer bricks constructed with lignocellulosic ashes and calcined clays as a long-lasting, durable, and sustainable binder. This study aims to develop geopolymer bricks utilizing clay from a burned brick factory’s quarry that had been calcined at 700 ℃ for an hour and fly ash (10 to 30%

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Applications of Quasimodular Forms,erdisciplinary since the tree with its biological tissues does not represent a building material in the classical sense but is used for building by the intended use. Therefore, as in medicine, a minimal invasive procedure must impart forces into the hard tissue layers via a technical connector, cons

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https://doi.org/10.1007/978-3-642-50263-7 sodium silicate solution as adhesive. The aim was to maximize the content of bio-aggregates and minimize the amount of adhesive, guaranteeing the feasibility of producing samples. Therefore, after preliminary testing, the percentages of hazelnut shells and the sodium silicate solution were kept con