Steel frame – sustainable construction and comparison with conventional construction system

• Autor(a) principal: Aragão, Wellington Damasceno
• Data de Publicação: 2022
• Outros Autores: Silva, Tiago Anastácio Lima, Macedo Júnior, Olavo Lima, Batista, José de Carlos, Carvalho , Ortência Gabriela Gomes, Rodrigues, Anderson Sousa, Oliveira , Yagor Félix Domingos de, Silva, José Regis Ferreira da, Oliveira, Joel Prado, Sironi, Jonathan Favero
• Tipo de documento: Artigo
• Idioma: por
• Título da fonte: Research, Society and Development
• Texto Completo: https://rsdjournal.org/index.php/rsd/article/view/32118
• topic: Construcción civil; Innovación; Sustentabilidad; Viabilidad.; Construção civil; Inovação; Sustentabilidade; Viabilidade.; Civil construction; Innovation; Sustainability; Viability.

The present research aims to approach the construction system called Steel Frame in a complex way, analyzing its specificities on its constructive aspects, from the feasibility of adopting the system to the form of application in the different types of works. The relationship between Steel Frame and sustainability is the focus of the research, detailing the advantages of the system in relation to the benefits to the environment, such as: lower generation of solid waste in construction, reduction of materials for the execution of the same type of work, if compared to the conventional construction method (ceramic masonry for sealing elements and structural elements of reinforced concrete). Finally, the physical-financial analysis of a 3-story building, considering the components of the Steel Frame system including materials and specific labor, making a comparative analysis to the conventional system. A priori, bibliometric research specialized in the system to be studied will be used as an approach method, highlighting the specificities and elaborating parameters for feasibility analysis.