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SISTEMA DE CONSTRUÇÃO EM PAINÉIS MONOLÍTICOS EM POLIESTIRENO EXPANSÍVEL (EPS)

Authors: Barroso, Victor Hugo Andrade; Gisele Mercês Rocha;

SISTEMA DE CONSTRUÇÃO EM PAINÉIS MONOLÍTICOS EM POLIESTIRENO EXPANSÍVEL (EPS)

Abstract

This article aims to study the system of monolithic panels in EPS, demonstrating new construction methods in the area of civil engineering and the advantages of using the panels. In this sense, with the increase in the housing deficit and, above all, the importance of reducing environmental impacts, it is necessary to search for materials with greater constructive technology, being more effective, with less pollution to the environment and with greater speed of execution. EPS is an expanded polystyrene from the plastic family, 2% of which are petroleum-based raw materials and the other 98% composed of air, making the share of primary inputs minimal, and can be 100% recycled. The general objective is to demonstrate new technologies in the area of civil engineering and the implementation of EPS that provide agility in the execution of projects of houses and businesses, presenting modern methods and, above all, sustainable to the environment. The methodology to be applied will be a qualitative approach with the purpose of generating knowledge in the elaboration of a scientific text, being the work of conclusion of the civil engineering course. Thus, the study was developed in order to obtain relevant data and information through different sources of articles, bibliographies, scientific journals, scientific publications and theses related to EPS in civil construction. Therefore, a literature review was carried out on the EPS panel construction method, demonstrating its sustainable feasibility, methodology and, above all, the main characteristics. Finally, the advantages and disadvantages of the method will be presented, as well as the facilities and difficulties of implementing the construction method in monolithic EPS panels.

O presente artigo visa o estudo sobre o sistema de painéis monolíticos em EPS, demonstrando novos métodos construtivo na área da engenharia civil e as vantagens do uso dos painéis. Nesse sentido, com o aumento no déficit habitacional e, sobretudo, a importância de reduzir os impactos ambientais, faz-se necessário a busca por materiais com maior tecnologia construtiva, sendo mais eficazes, com menor poluição ao meio ambiente e com maior velocidade de execução. O EPS é um poliestireno expandido da família do plástico, sendo 2% de matéria-prima com base no petróleo e os outros 98% compostos de ar, fazendo com que a parcela de insumos primários seja mínima, podendo ser 100% reciclado. O objetivo geral é demostrar novas tecnologias na área da engenharia civil e a implementação do EPS que proporcionam agilidade na execução de projetos de casas e comércios, apresentando métodos modernos e, sobretudo, sustentáveis ao meio ambiente. A metodologia a ser aplicada será uma abordagem qualitativa com finalidade de gerar conhecimento na elaboração de um texto cientifico, sendo o trabalho de conclusão do curso de engenharia civil. Desse modo, o estudo foi desenvolvido com finalidade de obter-se dados e informações relevantes através de diferentes fontes de artigos, bibliografias, revistas cientificas, publicações cientificas e teses relacionados ao EPS na construção civil. Sendo assim, foi realizado uma revisão bibliografia sobre o método construtivo de painel em EPS, demostrando sua viabilidade sustentável, metodologia e, sobretudo, as principais características. Por fim, será apresentado as vantagens e desvantagens do método, bem como as facilidades e dificuldades de implementação do método construtivo em painéis monolíticos em EPS.

Keywords

Palavras-chave: Poliestireno expansível. Sistema construtivo. Painéis monolíticos.

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This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
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