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Authors
Advisor(s)
Abstract(s)
O recurso a sistemas de fachadas pré-fabricadas no ramo da Construção Civil tem-se revelado uma opção eficaz, apresentando-se como uma solução avançada no sentido de garantir vantagens ao nível da qualidade e da produtividade. A introdução de painéis de GRC (Glass Fiber Reinforced Concrete) no mercado da construção trouxe vantagens ao setor uma vez que compatibiliza as vantagens da pré-fabricação leve, elevados níveis de desempenho e uma grande amplitude em termos de formas e acabamentos.
No presente trabalho, estudou-se a aplicação, em nível de produção, armazenamento, elevação, transporte e montagem. Definiu-se materiais para satisfazer a aparência visual e estética, bem como as normas do EUROCODE 2.
Verificou o comportamento térmico, em relação as exigências de habitabilidade, bem como o mesmo em relação ao estrutural, assegurando de acordo com o EUROCODE 2.
A presente dissertação pretende analisar a utilização de fibra de vidro como elemento de ligação, baseado no seu desempenho estrutural e comportamento térmico.
The use of prefabricated facade systems in the Civil Construction sector has proved to be an effective option, presenting itself as an advanced solution in terms of guaranteeing advantages in terms of quality and productivity. The introduction of GRC (Glass Fiber Reinforced Concrete) panels in the construction market has brought advantages to the sector since it combines the advantages of lightweight prefabrication, high levels of performance and a wide range of shapes and finishes. In the present work, the application was studied, in terms of production, storage, elevation, transport and assembly. Materials were defined to meet the visual and aesthetic appearance, as well as EUROCODE 2 standards. It verified the thermal behavior, in relation to the habitability requirements, as well as the same in relation to the structural one, ensuring in accordance with EUROCODE 2. This dissertation intends to analyze the use of fiberglass as a bonding element, based on its structural performance and thermal behavior.
The use of prefabricated facade systems in the Civil Construction sector has proved to be an effective option, presenting itself as an advanced solution in terms of guaranteeing advantages in terms of quality and productivity. The introduction of GRC (Glass Fiber Reinforced Concrete) panels in the construction market has brought advantages to the sector since it combines the advantages of lightweight prefabrication, high levels of performance and a wide range of shapes and finishes. In the present work, the application was studied, in terms of production, storage, elevation, transport and assembly. Materials were defined to meet the visual and aesthetic appearance, as well as EUROCODE 2 standards. It verified the thermal behavior, in relation to the habitability requirements, as well as the same in relation to the structural one, ensuring in accordance with EUROCODE 2. This dissertation intends to analyze the use of fiberglass as a bonding element, based on its structural performance and thermal behavior.
Description
Mestrado de dupla diplomação com a Faculdade Evangélica Goianésia
Keywords
Painéis sanduíche Betão pré-fabricados Painel de fachadas Painel de betão