Development of translucent blocks for use in civil construction

Translucent concrete begins to appear in publications and research laboratories in Brazil and the world. It is a material with a high potential development, but that is not produced in large scale in Brazil, partly because it is not known by the majority of the population and the technical community...

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Glavni autori: Tutikian, Bernardo, Marquetto, Leandro
Format: Online
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Izdano: Unisinos 2015
Online pristup:https://revistas.unisinos.br/index.php/arquitetura/article/view/arq.2015.111.05
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spelling oai:ojs.www.unisinos.br:article-82782021-08-30T19:09:21Z Development of translucent blocks for use in civil construction Desenvolvimento de blocos translúcidos para utilização na construção civil Tutikian, Bernardo Marquetto, Leandro Translucent concrete begins to appear in publications and research laboratories in Brazil and the world. It is a material with a high potential development, but that is not produced in large scale in Brazil, partly because it is not known by the majority of the population and the technical community and in part due to its high cost. Based on this finding, this work intends to develop a translucent block with an execution that is different from the ones developed so far, allowing a large scale production, using randomly arranged fibers and reducing costs. The mechanical properties and absorption of the blocks were analyzed to prove their technical feasibility. It was observed that the blocks presented a resistance above the expected one, up to 61.5 MPa, and low capillary absorption, not exceeding 0.39% of the volume, in a 90 minute test.Keywords: translucent block, optical fibers, mechanical properties. O concreto translúcido começa a aparecer nas publicações e nos laboratórios de pesquisa do Brasil e do mundo. É um material com grande potencial sustentável, mas que ainda não é produzido em larga escala no Brasil, em parte pelo desconhecimento da maioria da população e da comunidade técnica e em parte pelo seu elevado custo. A partir disto, este trabalho pretende desenvolver um bloco translúcido com execução diferente dos desenvolvidos até agora, que permita uma produção em escala, utilizando fibras dispostas aleatoriamente e reduzindo custos. Foram analisadas propriedades mecânicas e de absorção dos blocos, para comprovar sua viabilidade técnica. Observou-se que os blocos apresentaram resistência acima do esperado, chegando a 61,5 MPa, além de baixa absorção capilar, não superior a 0,39% do volume, em 90 minutos de ensaio.Palavras-chave: bloco translúcido, fibras ópticas, propriedades mecânicas. Unisinos 2015-09-28 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unisinos.br/index.php/arquitetura/article/view/arq.2015.111.05 10.4013/arq.2015.111.05 Arquitetura Revista; v. 11 n. 1 (2015): Jan-Jun; 46-54 1808-5741 por https://revistas.unisinos.br/index.php/arquitetura/article/view/arq.2015.111.05/4845
institution Universidad de Vale do Rio dos Sinos (UNISINOS)
collection OJS
language por
format Online
author Tutikian, Bernardo
Marquetto, Leandro
spellingShingle Tutikian, Bernardo
Marquetto, Leandro
Development of translucent blocks for use in civil construction
author_facet Tutikian, Bernardo
Marquetto, Leandro
author_sort Tutikian, Bernardo
title Development of translucent blocks for use in civil construction
title_short Development of translucent blocks for use in civil construction
title_full Development of translucent blocks for use in civil construction
title_fullStr Development of translucent blocks for use in civil construction
title_full_unstemmed Development of translucent blocks for use in civil construction
title_sort development of translucent blocks for use in civil construction
description Translucent concrete begins to appear in publications and research laboratories in Brazil and the world. It is a material with a high potential development, but that is not produced in large scale in Brazil, partly because it is not known by the majority of the population and the technical community and in part due to its high cost. Based on this finding, this work intends to develop a translucent block with an execution that is different from the ones developed so far, allowing a large scale production, using randomly arranged fibers and reducing costs. The mechanical properties and absorption of the blocks were analyzed to prove their technical feasibility. It was observed that the blocks presented a resistance above the expected one, up to 61.5 MPa, and low capillary absorption, not exceeding 0.39% of the volume, in a 90 minute test.Keywords: translucent block, optical fibers, mechanical properties.
publisher Unisinos
publishDate 2015
url https://revistas.unisinos.br/index.php/arquitetura/article/view/arq.2015.111.05
work_keys_str_mv AT tutikianbernardo developmentoftranslucentblocksforuseincivilconstruction
AT marquettoleandro developmentoftranslucentblocksforuseincivilconstruction
AT tutikianbernardo desenvolvimentodeblocostranslucidosparautilizacaonaconstrucaocivil
AT marquettoleandro desenvolvimentodeblocostranslucidosparautilizacaonaconstrucaocivil
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